# newaustrianeconomics.com — Full Content > Full Markdown content of the New Austrian Economics site (forum, dispatch, library, and Principles of Economics chapters), concatenated for LLM ingestion. Fekete archive is published separately at /llms-full-archive.txt to keep this file ingestible. ========================= Forum ========================= # The Saleability of Human Hours: Labor, AI, and the Mengerian Inversion Already Underway URL: https://newaustrianeconomics.com/forum/28-saleability-human-hours-labor-ai/ Date: 2026-06-08 Author: Jason D. Keys Tags: labor markets, AI, Menger, saleability, Cantillon, skilled trades, white collar, credentials, Dario Amodei, Fekete Description: The April 2026 jobs report looked healthy on the surface: 115,000 jobs added, unemployment steady at 4.3%, with monthly job growth averaging 76,000 across the year so far against the anemic 10,000 monthly average of 2025. Underneath the aggregate, the composition is shifting in ways the headline number cannot capture. Tech-sector layoffs reached 45,000 in Q1 2026 alone, with approximately 20% explicitly attributed to AI substitution — a share rising quarter over quarter. Healthcare, transportation, warehousing, and skilled trades grew. Ford CEO Jim Farley reported 5,000 open mechanic positions his company cannot fill at salaries reaching $120,000. Data-center electricians are earning $280,000 and the construction sector is short 349,000 workers in 2026 alone. The framework's reading: this is not a labor market in cyclical adjustment. It is the Mengerian saleability spectrum of human labor being structurally reordered in real time, with white-collar work AI can substitute losing saleability while physical work AI cannot perform gains it. The aggregate "labor market" is the wrong unit of analysis. This essay applies Menger's six saleability criteria to labor itself, engages Anthropic CEO Dario Amodei's "white-collar bloodbath" prediction directly, and traces what the inversion means for households navigating it. # The Saleability of Human Hours: Labor, AI, and the Mengerian Inversion Already Underway The April 2026 nonfarm payrolls report, released by the Bureau of Labor Statistics on May 2, looked relatively healthy: 115,000 jobs added, unemployment unchanged at 4.3%, with the year-to-date monthly job growth average reaching 76,000 — substantially better than the anemic 10,000 monthly average that characterized 2025. The conventional reading, repeated across financial press in the days following, was that the labor market was "healing" after the post-pandemic adjustment cycle and that the broader economy was demonstrating resilience despite the Iran conflict's energy price pressures. The framework's reading is different, and structurally so. The 115,000 jobs added in April were not distributed across sectors in the way the prior labor market expansion was distributed. Healthcare added 37,000 jobs. Transportation and warehousing added 30,000. Social assistance trended up. *These three categories alone accounted for nearly 60% of the headline number*. The contributions from technology, professional services, financial services, marketing, and other knowledge-work categories that historically drove labor market expansions were either flat or modestly negative. The aggregate looked healthy because the growth in physical-presence and care-economy work substantially offset the contraction in AI-substitutable knowledge work. The aggregate is concealing a structural transformation, not reflecting a recovery. Through the first quarter of 2026, the U.S. technology sector saw approximately 45,000 layoffs, with approximately 9,200 — roughly 20% — explicitly attributed by the employer to AI and automation decisions. The share attributable to AI was rising quarter over quarter. The 2025 full-year U.S. layoff total was approximately 1.1 million; tech-sector layoffs for 2025 were 170,630, with approximately 55,000 directly attributable to AI substitution decisions by the companies announcing them. Meanwhile, the construction sector was short approximately 349,000 workers in 2026 alone, with the shortfall projected to climb to 456,000 by 2027 and to 2.1 million skilled trades positions unfilled by 2030. Ford CEO Jim Farley reported on a January 2026 podcast that his company had 5,000 open mechanic positions it could not fill — at salaries reaching \$120,000 per year, nearly double the \$62,000 national median. Data-center electricians were earning \$280,000-plus. BlackRock CEO Larry Fink committed \$100 million to training programs, citing his concern that "we're going to run out of electricians" needed to build AI data centers. Total corporate pledges for skilled trades training reached \$365 million by mid-2026. These two patterns are operating simultaneously in the same labor market. They are not in tension; they are *the same phenomenon viewed from opposite sides*. The framework's central observation: **the Mengerian saleability spectrum of human labor is being structurally reordered in real time, with the work that AI can substitute losing saleability and the work AI cannot perform gaining it**. The aggregate "labor market" is the wrong unit of analysis for what is happening. The structural reading requires decomposition by saleability profile, not aggregation by headline employment count. This essay is the twelfth installment of *Watching the Cracks*. It does four things. First, it engages the most consequential single statement made about labor markets by an AI industry leader in this cycle — Dario Amodei's "white-collar bloodbath" prediction — directly and honestly. Second, it applies Menger's six saleability criteria to labor itself, treating human-hours-of-work as an asset class whose monetary properties can be evaluated through the same framework the catalog has applied to housing, precious metals, cryptocurrency, and other instruments. Third, it documents the specific empirical decomposition of the 2026 labor market, identifying which categories are gaining and losing saleability and at what rates. Fourth, it traces the broader monetary-architectural implications through Cantillon's distributional analysis and connects to the catalog's prior work on credential erosion ([Article 23](/forum/23-credential-that-could-not-compound)) and the broader substrate-fragility thesis. A note on framing before proceeding. The framework's intellectual posture throughout this catalog has been to engage substantive claims honestly even when they run against the interests of specific institutions, including Anthropic itself. The Cryptographic Marketability Premium essay ([Article 6](/forum/cryptographic-marketability-premium)) did this with respect to AI capability concentration. The Iran crypto seizures essay ([Article 25](/forum/25-iran-crypto-seizures-privacy-narrative)) did this with respect to the limits of cryptocurrency's privacy properties. This essay does it with respect to AI's labor-substitution effects, which Anthropic both publicly acknowledges (Amodei's statements) and structurally benefits from (more capable AI substitutes more labor; more labor substitution accelerates AI adoption). The framework's reading is the framework's reading. ## Engaging Amodei directly Dario Amodei, CEO of Anthropic, has made multiple public statements through 2024-2026 predicting that AI will eliminate a substantial share of entry-level white-collar work over a relatively short time horizon. The most widely-cited version of his prediction: "AI could eliminate 50% of all entry-level white-collar jobs within the next five years, potentially pushing U.S. unemployment rates to 10-20%." He has used the phrase "white-collar bloodbath" to characterize the potential scale. He has said publicly that most affected workers "don't believe it" and that "it sounds crazy" — but that the structural reality is approaching faster than the popular discussion has acknowledged. The framework's analytical engagement with Amodei's claim requires distinguishing several layers carefully. **At the structural level, Amodei is identifying a real phenomenon.** The substitutability of large language model output for many categories of entry-level knowledge work — drafting routine correspondence, summarizing documents, performing first-pass research synthesis, generating standardized analytical reports, writing routine code, handling structured customer service interactions — is no longer theoretical. The capability exists, has been deployed at production scale by tens of thousands of companies, and is generating measurable productivity improvements that those companies are translating into reduced headcount in the affected functions. The 2025-2026 layoff data is the operational evidence. The framework reads Amodei's structural claim as substantially correct. **At the magnitude level, his "50% within five years" specific figure is more speculative.** Predicting employment trajectories at five-year horizons is structurally difficult. The composition of "entry-level white-collar" work is itself shifting as the AI substitution dynamic plays out — what counts as entry-level work in 2030 will not be the same set of tasks that counted as entry-level in 2024. Counter-trends (new categories of work emerging from AI itself, regulatory responses, market saturation effects, productivity gains being reinvested in other functions) can soften or accelerate the trajectory in ways the simple substitution model cannot capture. The framework reads the 50%/5-year figure as a defensible upper bound on plausible scenarios rather than a central forecast. **At the unemployment-rate level, the 10-20% claim is substantially more uncertain.** The aggregate unemployment rate is determined by labor force participation, sectoral substitution patterns, geographic mobility, training program scale, demographic factors, immigration policy, and several other variables that operate in ways the AI substitution dynamic alone cannot determine. Goldman Sachs economist Pierfrancesco Mei published research in May 2026 estimating that AI-driven displacement could add "up to an additional 0.3 percentage points to the unemployment rate in 2026" — substantially smaller than Amodei's implied range, though Goldman acknowledged the risks were skewed toward larger effects. The framework reads the most likely 2026-2028 trajectory as unemployment drifting from 4.3% toward 5-6% by year-end 2027, with the *composition* of unemployment shifting more dramatically than the headline number — exactly the dynamic visible in the April 2026 data. **At the political-economy level, Amodei's framing as "bloodbath" is rhetorically loaded in ways the framework needs to engage carefully.** A 50% reduction in entry-level white-collar headcount over five years would produce real economic dislocation, but it would not be unique in U.S. labor market history. The manufacturing sector experienced comparable percentage reductions over roughly comparable timeframes during the 1979-1990 period. Agriculture experienced even more dramatic percentage reductions over the longer 1900-2000 period. The framework's broader observation: *labor markets have absorbed structural transformations of this magnitude before*, with substantial individual hardship during the transitions and substantial aggregate adjustment over longer horizons. The 2026 AI dynamic is genuinely new in its specific mechanisms but is not unprecedented in its structural form. Households navigating the transition face real and difficult adjustments; the broader economy is likely to absorb the shock over a longer time frame than the most dramatic predictions suggest. The framework's specific reading of Amodei's claim, summarized: the structural phenomenon he identifies is real; the specific magnitude is at the upper end of plausible scenarios; the political-economy framing as catastrophe is rhetorically stronger than the data currently supports but is not unreasonable as a worst-case attention-forcing position. **The most consequential thing about Amodei's statement is not whether his specific numbers prove correct. It is that the CEO of one of the leading AI laboratories is publicly acknowledging structural labor displacement at a scale that, if even partially correct, requires fundamental reconsideration of how the U.S. labor market and its supporting institutions function.** The framework's analytical job is to engage that reconsideration rigorously rather than waiting for the data to confirm whichever specific magnitude Amodei used in any particular interview. ## Menger's saleability criteria applied to labor Carl Menger's 1892 essay *On the Origin of Money* identified the saleability spectrum as the structural mechanism by which different commodities sort into more-monetary and less-monetary roles in market exchange. The six criteria Menger identified — divisibility, durability, transportability, homogeneity, widespread demand, and freedom from political weaponization — were developed for physical commodities but apply with surprising precision to labor itself when labor is treated as the asset class workers are selling into the market. **Divisibility.** Labor hours can be sold at different granularities: full-time positions, part-time positions, gig work, project-based contracts, hourly billing, milestone-based compensation. The 21st-century labor market has substantially expanded the available granularities through gig platforms (Uber, DoorDash, Upwork, Fiverr) and the broader contractor economy. The framework's reading: labor's divisibility has *increased* over the past two decades, with substantial benefits for some workers (flexibility, multiple income streams) and substantial costs for others (loss of benefits, irregular income, reduced bargaining power). The 2026 AI substitution dynamic interacts with divisibility in specific ways — AI is most readily substituting work that can be specified as discrete, deliverable, evaluable units (the same kind of work that gig platforms have been disaggregating into discrete tasks for years). **Durability.** Skills depreciate at different rates, and the depreciation rate is one of the most consequential variables in 2026 labor saleability. Physical trade skills — electrical work, plumbing, HVAC, welding, carpentry — depreciate slowly because the underlying physical reality the skills address (buildings, infrastructure, equipment) changes slowly. A master electrician trained in 2000 retains substantial value in 2026; the National Electrical Code has evolved but the core skill set transfers. Programming skills depreciate much faster: a 2000-trained Java developer who did not continuously update their skills would be substantially obsolete in 2026; an LLM-assisted developer in 2026 might be obsoleted by 2030 as the AI capabilities continue to evolve. The framework's reading: **labor's durability is now sharply heterogeneous across skill categories in ways that the conventional "labor market" framing flattens**. **Transportability.** Labor's geographic transportability has historically been one of its key constraints. Physical work requires the worker to be physically present at the work site; this is what locks in geographic wage differentials, drives the high pay of skilled trades in specific markets (data-center electricians in Northern Virginia, oilfield workers in the Permian), and limits cross-border substitution. Digital knowledge work has been substantially more geographically portable for decades, which is why it was the work most exposed to offshoring through the 2000s-2010s and is now the work most exposed to AI substitution. The framework's reading: **labor that is geographically constrained is substantially protected from AI substitution by the same mechanism that historically protected it from offshoring**. The data-center electrician earning \$280,000 in Northern Virginia is not in competition with electricians in Bangalore (geographic constraint); they are also not in competition with AI (physical work the AI cannot perform). **Homogeneity.** A homogeneous good is one where one unit is functionally equivalent to another. Labor has historically been heterogeneous — individual workers bring different skills, productivity, reliability, and judgment to ostensibly similar roles. AI substitution is now operating particularly strongly on work that is *more homogeneous* — routine document drafting, basic customer service, standardized analysis, structured code generation — where the variation between workers in the same role is small relative to the variation that AI versus human performance produces. The framework's reading: **labor whose performance is highly variable between workers (skilled trades, complex professional services, creative work with genuine artistic judgment) is more saleability-protected than labor whose performance is relatively homogeneous across workers**. The AI substitution dynamic is, paradoxically, increasing the saleability premium on labor that is genuinely differentiated. **Widespread demand.** Demand for labor categories is shifting in ways visible in the 2026 data. Demand for entry-level programming work is contracting (software development job posts down 8.5% year-over-year in early 2025; the trend has accelerated in 2026). Demand for skilled trades is expanding (electricians projected 9% growth, well above the 3% average for all occupations; HVAC 8%; data center construction driving electrician demand to historic highs). Healthcare demand is structurally increasing as the population ages. The framework's reading: demand-side saleability is following the same pattern as the supply-side analysis — AI-substitutable work is losing demand-side support; physical and care work is gaining it. **Freedom from political weaponization.** Menger's original sixth criterion concerned the susceptibility of a monetary commodity to state seizure or restriction. The 2026 application to labor requires extending the criterion to include *quasi-political* weaponization through corporate substitution decisions. When a major corporation decides to substitute AI for entry-level analyst work, the affected workers face an extraction operation structurally analogous to (though legally distinct from) the kind of seizure that the Mengerian framework historically identified at the state level. The HBR finding from February 2026 — that companies are "laying off workers because of AI's potential, not its performance" — captures this dimension precisely: some portion of the 2026 AI-attributed layoffs reflects actual capability-driven substitution; another portion reflects corporate decisions to use the AI narrative as cover for cost-cutting that would have happened regardless. Either way, the affected worker experiences the same outcome: their labor's saleability has been impaired by decisions they did not participate in and cannot meaningfully resist. The composite reading across the six criteria: **labor in 2026 is exhibiting heterogeneous saleability profiles that vary by an order of magnitude across occupational categories, with the divergence accelerating rather than narrowing**. The conventional "labor market" is the aggregate of dramatically different saleability trajectories operating simultaneously. ## The specific inversion, decomposed ![A horizontal divergence chart showing twelve U.S. occupation categories ranked by 2026 saleability versus 2024 baseline, with entry-level tech down 62%, customer service down 55%, administrative down 48%, healthcare administration up 8%, construction trades up 24%, HVAC and welding up 42%, skilled electricians up 58%, and data-center electricians up 95%](/images/forum/labor-saleability-inversion.png) The chart above visualizes the framework's saleability decomposition across twelve U.S. occupation categories. The methodology combines layoff data (Challenger, Gray & Christmas reports, Bureau of Labor Statistics releases), opening volume estimates (Associated Builders and Contractors, JLL skilled trades research), and wage trajectory information (BLS Occupational Employment and Wage Statistics, Fortune, CNBC reporting) into a single illustrative saleability index normalized to 2024 = 100. The decomposition produces several specific observations worth examining. **Entry-level tech work has lost approximately 60% of its 2024 saleability by 2026.** This is the steepest decline in any category and reflects the most direct AI substitution dynamic. Software development job postings declined 8.5% year-over-year through early 2025, with the decline accelerating through 2026. Companies are reducing headcount in the affected functions while reporting productivity improvements from AI tools. The 9,200 Q1 2026 tech layoffs explicitly attributed to AI represent the visible portion; the larger pattern of attrition and reduced hiring extends substantially beyond formal layoff announcements. **Customer service, administrative, basic financial analysis, and marketing copywriting have lost 40-55% of 2024 saleability.** These categories share a common structural feature: the work product is highly homogeneous, the task can be specified as discrete deliverables, and AI substitution produces output that is comparable in quality to median human performance at substantially lower cost. The framework's reading: these categories will likely continue to contract through 2027-2028 as the AI deployment cycle works through the affected employer base. **Mid-level white-collar work has lost approximately 20% of 2024 saleability.** The smaller decline reflects the structural reality that mid-level work typically involves judgment, coordination, and accountability dimensions that AI does not yet substantively replicate. The HBR research suggests that mid-level managers retain meaningful value as supervisors of AI-augmented teams, but the team sizes they supervise are shrinking. The framework's prediction: mid-level work will face further saleability erosion through 2027-2030 as AI capabilities extend further up the cognitive complexity ladder. **Healthcare administration, transportation, and warehousing have gained 8-12% saleability.** These categories are gaining because demand-side factors (aging population, e-commerce growth, supply chain reconfiguration) are operating independently of AI substitution dynamics. The work involves physical presence, regulatory compliance, and human-judgment dimensions that AI cannot easily replicate. **Construction trades broadly have gained 24% saleability.** The specific subcategories within trades have gained more: HVAC, plumbing, and welding at +42%; skilled electricians at +58%; data-center and grid electricians at +95%. The acceleration toward the trades reflects both the demand-side pressure from infrastructure investment and AI data center construction, and the supply-side constraint from the demographic structure of the existing trades workforce (large cohorts approaching retirement; insufficient pipeline of younger workers entering the trades). The composite picture: **2026 labor saleability is bifurcating sharply, with the divergence concentrated along the AI-substitutability axis**. Work that AI can perform is losing saleability faster than at any point in postwar U.S. labor history; work that requires physical presence, embodied judgment, or human relationship is gaining saleability at corresponding rates. The aggregate unemployment figure (4.3% in April 2026) is the average across these dramatically different saleability trajectories. It conceals more than it reveals. ## The Cantillon distributional dimension Richard Cantillon, writing in approximately 1730, identified a structural observation about monetary expansion that has become central to the Austrian economic tradition: new money does not enter the economy uniformly. It enters at specific points — historically through sovereign spending, mining operations, banking expansions — and propagates outward from those entry points through specific transmission mechanisms. The agents nearest the injection point benefit first, often substantially, while the agents farthest from the injection point experience the inflationary consequences without the corresponding benefit. The Cantillon Effect, as it came to be called, is the framework's primary diagnostic tool for understanding how monetary expansion redistributes wealth as well as raising aggregate price levels. The 2026 AI substitution dynamic is operating with structural similarity to the Cantillon Effect, but in the labor dimension rather than the monetary dimension. The AI capability is being injected at specific points in the economy — the companies that deploy it most aggressively, the workers whose roles are augmented rather than substituted, the capital holders whose AI investments produce returns. The propagation outward from those injection points produces sharply differentiated outcomes across the labor force, with the workers nearest the AI deployment point benefiting (productivity gains, augmented capabilities, higher compensation) and the workers farthest from it experiencing the displacement consequences without the corresponding benefit. The framework's specific observation: **the AI substitution dynamic is producing a labor-market Cantillon Effect of substantial magnitude, with the distributional consequences likely to be more economically and politically consequential than the aggregate productivity gains**. A 2026 software engineer at a top-tier AI company, working with state-of-the-art AI tools to amplify their productivity, is operating in the equivalent of the early Cantillon injection point — they capture substantial value from the AI capability before its broader market effects fully arrive. A 2026 entry-level analyst at a mid-tier firm whose role is being eliminated as their employer adopts AI tools is operating in the equivalent of the Cantillon periphery — they bear the displacement consequences without participating in the productivity gains. The political-economy implication: the aggregate "AI boost to GDP" projections (variously estimated at 1.5%-7% over the 2025-2035 period depending on the specific source) describe the *aggregate* gain across all economic actors. They do not describe how the gain is distributed. The distributional pattern, as the Cantillon framework predicts, will be sharply unequal, with the gains concentrated in the AI capability suppliers, the AI capability deployers, and the workers whose labor complements rather than substitutes for AI. The losses will be concentrated in the workers whose labor substitutes for AI and the broader economic ecosystems (small towns dependent on call center employment, professional services hubs dependent on entry-level analyst pipelines) that the substituted labor categories supported. The framework's broader catalog has documented Cantillon-like distributional effects across multiple domains: the post-2008 QE programs ([Article 4](/forum/omo-light-speed-capital-destruction) on OMO and capital erosion), the housing market's metro-level heterogeneity ([Articles 17](/forum/17-metro-saleability-map)-[19](/forum/19-tax-plus-insurance-wedge)), the precious metals paper-physical decoupling ([Article 24](/forum/24-silver-crash-paper-physical)), the cryptocurrency seizure mechanisms ([Article 25](/forum/25-iran-crypto-seizures-privacy-narrative)). The labor-market Cantillon Effect from AI substitution is the latest entry in this pattern, and structurally one of the most economically significant because labor income remains the primary source of household economic security for the substantial majority of Americans. ## The credential decoupling completes [Article 23](/forum/23-credential-that-could-not-compound) of this catalog engaged the college credential as a low-saleability asset whose underlying value proposition was eroding through the combination of cost inflation, demographic pressure, and AI substitution effects. The argument concluded that the small private college closure wave (48 nonprofit colleges closed since March 2020, affecting 52,000+ students) was the visible institutional manifestation of the credential's underlying saleability compression. The current essay completes the structural argument that [Article 23](/forum/23-credential-that-could-not-compound) began. **The college credential is losing saleability because the labor it certifies is itself losing saleability — but the two saleability declines are decoupling from each other in ways that produce specific operational consequences.** The mid-tier liberal arts degree historically certified its holder for entry-level white-collar work; that work is the category losing saleability fastest in 2026. The trade certifications and apprenticeship programs that traditionally received less institutional prestige and lower lifetime earnings are now certifying for work whose saleability is rising sharply. The credential hierarchy and the labor saleability hierarchy, which were substantially aligned for most of the postwar period, are now inverting relative to each other. The Pell Grant program's July 1, 2026 expansion to cover 8-to-15-week vocational programs is a specific institutional acknowledgment of this inversion. For the first time in the program's history, the federal financial aid apparatus that historically subsidized four-year college attendance is now subsidizing short-form vocational training that produces direct entry to trades earning \$60,000-\$120,000 starting salaries. The corporate training investments (\$365 million in pledged commitments by mid-2026 from BlackRock, Lowe's, Google, and others) operate in the same direction. The framework's reading: **the credential-labor decoupling will continue to widen through the late 2020s, with structural consequences for higher education institutions, household financial planning, and broader social hierarchies that depended on the previous alignment**. Households making post-secondary education decisions in 2026 face genuinely different choice architecture than households making the same decisions in 2010 — the four-year college option is no longer the dominantly correct choice for most pre-college students whose post-graduation career interests align with categories the AI substitution dynamic is eroding. ## What households should take from this The framework's specific operational observations for household readers: **Career and skill investment decisions should be evaluated against AI-substitutability profiles, not against historical category prestige.** A 2026 high school student considering whether to pursue a four-year computer science degree, a two-year electrician apprenticeship, a healthcare technical training program, or a different path entirely is making a decision under fundamentally different conditions than the same decision in 2015. The framework's specific recommendation: weight the saleability trajectory analysis at least as heavily as the absolute compensation comparison. A category with current compensation 30% lower but rising saleability trajectory may outperform a category with current compensation 30% higher but declining trajectory across a 30-year career horizon. **Mid-career professionals in AI-substitutable categories should consider their structural exposure honestly.** Workers in entry-level and mid-level white-collar categories whose roles align with the AI substitution dynamic face genuine displacement risk over the next 3-7 years. The framework's recommendation: evaluate whether your current role's structural saleability is being maintained, eroded, or amplified by the AI capabilities your employer is deploying. If your role is being amplified (you supervise or coordinate AI-augmented teams), your saleability is likely improving. If your role is being substituted (your output is comparable to AI output at substantially lower cost), your saleability is declining regardless of your current compensation level. **The AI-proof premium will likely compress over time as supply responds.** Current trade premium pricing reflects the temporary supply-demand imbalance from the inflow of demand (data centers, infrastructure, post-pandemic construction backlogs) hitting an outflow of supply (retirement of existing trades workers, decades of underinvestment in the training pipeline). The premium is real and will persist for years, but it will likely compress as supply responds. Workers entering the trades in 2026 should not assume the current \$280,000 data-center electrician compensation will persist indefinitely; the framework's prediction is that premium compensation in the trades will moderate toward more historical norms by approximately 2030-2032 as the supply pipeline reaches new equilibrium. **Geographic decisions interact with the labor saleability inversion in specific ways.** Metropolitan areas whose economies depend on AI-substitutable knowledge work face different forward trajectories than metros whose economies depend on physical work, healthcare, infrastructure, or skilled trades. The framework's prior metro saleability work ([Article 17](/forum/17-metro-saleability-map)) identified housing-specific stress patterns; the labor saleability analysis adds a second dimension. Households making relocation decisions in 2026 should evaluate both housing market saleability *and* labor market saleability for their target metros, recognizing that the two saleability profiles may diverge in ways that complicate the decision. ## The closing observation The Bureau of Labor Statistics will release the May 2026 employment situation report on June 6, 2026, three days before this essay's publication. The release will likely report monthly job growth somewhere in the 100,000-150,000 range, unemployment in the 4.2-4.5% range, and average hourly earnings growth somewhere around 3.5-4.0% year-over-year. The headlines that follow will, predictably, describe the labor market as "resilient" or "moderating" or "stable" depending on which financial press source is doing the describing. The framework's reading is that none of those characterizations will capture what is actually happening. The labor market is not resilient; it is *bifurcating*. It is not moderating; it is *being restructured*. It is not stable; it is undergoing the most significant compositional transformation since the postwar manufacturing-to-services transition that played out across the 1970s-1990s. The aggregate figures the BLS reports are technically accurate within their own definitional structure but substantially fail to capture the divergence that is the actual story. The framework's broader catalog has consistently argued that aggregates obscure more than they reveal in 2026, and that the structural transformations underway across multiple sectors are visible to the careful analyst who decomposes the aggregates into their saleability-relevant components. The labor market is the latest sector to demonstrate this pattern. The 4.3% unemployment rate is the average across labor saleability trajectories that range from -62% (entry-level tech) to +95% (data-center electricians). The "average" worker in that aggregate does not exist in any meaningful sense; the aggregate is the statistical mean of a distribution whose variance is rising faster than its mean is changing. The framework's analytical job, throughout this catalog, has been to make the structural reality visible while the aggregates continue to report numbers that fail to capture it. The labor saleability inversion is now empirically demonstrable, operationally visible in the 2025-2026 layoff and openings data, and consistent with the broader substrate-fragility thesis the catalog has been documenting. Whether Amodei's specific 50%/5-year projection proves correct, or whether the dynamic proves slower and more manageable than his rhetoric suggests, the structural direction is the same: human labor's saleability spectrum is being reordered along the AI-substitutability axis, and the reordering will produce sharply differentiated outcomes across the workforce that the headline employment figures cannot describe. The next installment of *Watching the Cracks*, provisionally Article 29, will engage the May 2026 CPI release scheduled for June 10. The framework's [Article 26](/forum/26-hormuz-lag-household-cost) made specific predictions about the Hormuz supply shock propagation timeline. The May print is the first major data point that should reflect meaningful Hormuz transmission per the framework's calendar mechanics. Whatever the print shows, the framework will engage it honestly against the prior predictions. The pattern of substrate-fragility validation continues to accumulate. The labor market joins the list of sectors where the catalog's structural reading has now been empirically validated by specific 2026 events. The aggregates will continue to be reported. The financial press will continue to engage them as if they meaningfully describe what is happening. The framework's contribution remains what it has been throughout this catalog: making the structural reality visible to the household and the analyst who need to navigate it on terms more accurate than the aggregates allow. --- *This is the twelfth installment of "Watching the Cracks." The framework's predictions recorded here for future testing: unemployment will drift toward 5-6% by year-end 2027, with composition shifting more dramatically than the headline number; trade premium compensation will moderate toward historical norms by 2030-2032 as supply pipeline reaches new equilibrium; AI substitution will continue to accelerate in entry-level white-collar categories through 2027-2028 before reaching diminishing returns as the affected employer base completes the deployment cycle; mid-level white-collar work will face further saleability erosion through 2027-2030 as AI capabilities extend up the cognitive complexity ladder. The saleability inversion chart at the top of this essay shows twelve occupation categories ranked by 2026 saleability versus 2024 baseline, with methodology drawing on Challenger, Gray & Christmas layoff reports, BLS Occupational Employment and Wage Statistics, ABC construction workforce research, JLL skilled trades research, and the framework's six-criterion saleability analysis.* --- # Extend, Pretend, Foreclose: The Commercial Real Estate Collapse the Framework Predicted Is Operationally Here URL: https://newaustrianeconomics.com/forum/27-extend-pretend-foreclose-cre/ Date: 2026-06-07 Author: Jason D. Keys Tags: commercial real estate, CRE, CMBS, extend and pretend, regional banks, office, Menger, Fekete, saleability, maturity wall Description: Through the first five months of 2026, a Chicago office building changed hands at a 94% loss from its decade-prior value, a Denver complex at 97%, eight floors of a Mid-Market San Francisco tower at 92%, the former GSA building in Washington DC at 76%. Worldwide Plaza in Manhattan ($940M loan), One New York Plaza ($835M), Pittsburgh's U.S. Steel Tower ($245M), and the former New York Times Building at 620 Eighth Avenue ($515M, five extensions) sit in special servicing or modification rather than enter the same fire-sale market. CMBS office delinquency hit 12.34% in January — the all-time high — then "dropped" 114 basis points in February because lenders modified five large office loans and four large mall loans, extending some maturities up to three years. This is what extend-and-pretend looks like in the data series itself. This is what the catalog's housing-and-banking arc has been predicting since Article 16. The collapse is operationally here. The framework's reading: the cascade now visible in named properties will not be contained to commercial real estate, because the regional banking sector that holds approximately 70% of CRE loans cannot absorb the eventual losses through balance sheet alone. # Extend, Pretend, Foreclose: The Commercial Real Estate Collapse the Framework Predicted Is Operationally Here In April 2026, an investor named Marc Calabria purchased a long-vacant eight-story office building at 401 South State Street in Chicago's Loop for \$4 million. The building had last traded a decade earlier at \$68.1 million. The price decline: 94%. Calabria's stated plan is to convert the building into "an urban farming and food innovation center" — a use case that requires substantial physical reconfiguration of the structure but no longer requires the building to function as the Class B office property it was originally designed to be. Around the same time, an investor named Asher Luzzatto bought a two-building complex in Denver for \$5.3 million. The complex had traded at \$176 million in 2013. The price decline: 97%. In Washington DC, Hossein Fateh bought the former GSA office building for \$24 million — just over \$25 per square foot — against a \$100 million prior valuation. In San Francisco, an affiliate of CW Capital Asset Management acquired the bottom eight floors of 1155 Market Street at a foreclosure auction for \$4 million against a \$48 million CMBS loan. These are not anomalous transactions. They are the visible surface of a much broader pattern that is now operationally arriving in commercial real estate after three years of "extend and pretend" — the term of art for the strategy by which lenders and borrowers cooperated to defer recognition of losses by extending maturing loans and modifying terms rather than forcing default or sale. The strategy worked, in the limited sense that it kept reported delinquency rates lower than the underlying credit quality warranted, while everyone waited for interest rates to fall and for office demand to recover. Interest rates did not fall enough. Office demand did not recover enough. By the start of 2026, the strategy was no longer viable for an increasing share of the affected loans, and the cascade now visible in the data is the institutional manifestation of that exhaustion. This essay is the eleventh installment of *Watching the Cracks*. It does three things. First, it documents the specific empirical events of 2026 that demonstrate the cascade is operationally here — named properties, specific transactions, specific loan modifications. Second, it engages "extend and pretend" as a structural mechanism by showing how the practice produces directly observable distortions in the published CMBS delinquency time series. Third, it locates the cascade's downstream risk in the regional banking sector, which holds approximately 70% of U.S. CRE loans against approximately 5% held by the largest banks — a concentration that means the eventual recognition of losses will flow primarily through the institutions least equipped to absorb them. The framework's broader catalog has been making this argument since [Article 16](/forum/16-two-failures-a-year) (FDIC banking diagnostics) and [Article 19](/forum/19-tax-plus-insurance-wedge) (the tax-plus-insurance wedge applied to housing). The 2026 data validates the prediction trajectory with the kind of specific empirical detail that has, throughout this catalog, distinguished the framework's analytical posture from the conventional discussion. A note on framing before proceeding. The CRE cascade is now widely discussed in financial press. The data this essay engages is publicly available. What the framework adds is the structural reading: the connection between the visible transactions and the underlying substrate-fragility thesis the catalog has been developing across twenty-six prior essays. Reporters cover the fire sales; analysts cover the delinquency rates; what neither tends to do is connect both to the broader monetary-architectural pattern the framework has been documenting. That connection is the analytical work this essay does. ## The two-mode market The 2026 commercial office market is clearing in two operationally distinct modes simultaneously, and the distinction matters for understanding what is happening structurally. ![A two-panel chart showing the same crisis playing out in opposite ways: on the left, four 2026 fire-sale transactions where Chicago, Denver, San Francisco, and Washington DC office properties sold at 76% to 97% losses from prior values; on the right, four marquee New York and Pittsburgh loans totaling \$2.5 billion still in extend-and-pretend status with modifications running to 2028 and beyond](/images/forum/cre-fire-sale-2026.png) **Mode one is forced clearing.** Properties whose lenders have lost patience with the extend-and-pretend strategy, or whose ownership structures cannot survive further deferral, are being sold at prices that reflect the underlying credit quality of the asset rather than the carrying value on lender balance sheets. The 401 South State Street transaction in Chicago is canonical: \$68.1 million prior value, \$4 million 2026 sale price, 94% loss. The Denver two-building complex: \$176 million prior value, \$5.3 million 2026 sale price, 97% loss. The San Francisco 1155 Market floors: \$48 million CMBS loan, \$4 million foreclosure auction, 92% loss. The former GSA building in Washington DC: \$100 million prior value, \$24 million sale, 76% loss. There were more than 200 distressed office sales in 2025, up from 133 in 2023; through January and February 2026 alone, the pace was accelerating further. What distinguishes mode-one transactions is that the buyers do not plan to operate the buildings in their original use. Calabria's "urban farming and food innovation center" is not an unusual concept; it is the typical structure of the mode-one transaction. The buyer is acquiring the physical structure at a price that allows them to absorb the cost of converting it to a use that the current market actually wants — typically residential conversion where regulations permit, light industrial or maker-space use where the building's structural characteristics support it, or specialty uses (urban agriculture, medical, education) where the location provides an advantage. The framework's reading: mode-one transactions are *the saleability discovery process operating without the substitute layer of lender forbearance*. The buyer pays what the asset is worth in its physically-deliverable form, not what the prior monetary regime's pricing infrastructure said it was worth. **Mode two is continued deferral.** The marquee loans, the ones whose magnitudes are large enough that institutional considerations dominate the disposition decision, remain in extend-and-pretend status. Worldwide Plaza in Manhattan (\$940 million loan) was sent to special servicing in early 2026 but has not been resolved through sale. One New York Plaza (\$835 million) was modified and extended to January 2028 — kicked nearly two full years down the road. The U.S. Steel Tower in Pittsburgh (\$245 million) was sent to special servicing in March 2026 but has not been forced into sale. Most notably, 620 Eighth Avenue — the former New York Times Building, whose upper portion carries a \$515 million mortgage — has been extended *five times* since 2020 by the borrower (Brookfield) and special servicer working in coordination. Each extension is technically legal under the loan documentation. Each extension is also a deferral of the same loss-recognition event that the mode-one transactions are now executing. The framework's central observation: **these two modes are operating on the same underlying asset class, in the same economic environment, often in the same metropolitan areas, with the disposition outcomes determined primarily by the size of the loan and the institutional considerations of the lenders involved**. Smaller loans on Class B properties owned by relatively smaller borrowers get marked to market and sold at 90%+ losses. Larger loans on marquee properties owned by relatively larger borrowers get modified, extended, and held at carrying values that bear no relationship to the prices the same buildings would fetch in a sale. This is not market efficiency. This is institutional dispensation operating to protect specific balance sheet positions while the broader market clears around the protected loans. ## The data itself shows the mechanism What makes the 2026 CRE situation analytically unusual is that the extend-and-pretend mechanism is directly observable in the published CMBS delinquency time series. The framework rarely gets to point at a single data series and say "the manipulation is happening in this number, you can see it" — but in this case the structure of the data is itself the evidence. In January 2026, the Trepp CMBS overall delinquency rate hit 7.47%, with office delinquency at 12.34% — an all-time high. In February 2026, the overall rate dropped 33 basis points to 7.14%, and office delinquency fell 114 basis points to 11.20%. The decline was not the result of borrower performance improving. It was the result, per Trepp's own reporting, of "the execution of modifications and extensions of five large, matured office loans and four large mall loans," with office extensions ranging from "one month to almost three years." In March 2026, the overall rate increased 41 basis points to 7.55% as the same pattern continued — newly delinquent loans pushing the rate back up, while modifications and extensions pulled it back down. Trepp's analysts described the dynamic explicitly: "a sideways delinquency trend as loans mature, go delinquent, cure, and become delinquent again." Roughly 40% of the newly delinquent loans in February were classified as "performing matured balloon" the prior month — meaning loans that had reached maturity, been extended in some technical form to remain classified as performing, then crossed back into delinquency when the extension proved insufficient. The framework reads this pattern carefully. The published delinquency rate is *not* a measure of how many loans are in genuine distress. It is a measure of how many loans are in distress *that the special servicers have chosen not to modify within the reporting period*. The same loan can cycle in and out of "delinquent" status multiple times across consecutive months as modifications are executed, then fail, then be re-modified, then fail again. The 12.34% January office delinquency reading and the 11.20% February reading do not represent improving credit conditions; they represent the same underlying pool of distressed loans being processed through different administrative classifications at different reporting dates. The implication: **the published delinquency rate substantially understates the actual credit stress in the CMBS office sector**. Research from Wharton's Hinzen and colleagues (2025), examining bank CRE portfolios specifically, found that "reported delinquencies understate risks from undercollateralized loans by a factor of four" — the formal academic confirmation of what the time series oscillations make visible at the surface. Apply the Hinzen multiplier to the published 11.20% February office CMBS delinquency rate and the implied "true" credit stress reading is in the 40-45% range. That is the rough magnitude of the office sector's underlying problem, masked by the modification machinery. ## The named properties and what they tell us The named distressed properties of 2026 are worth examining individually because each one contains structural information about the broader pattern. **Worldwide Plaza (49th Street, Manhattan).** The \$940 million CMBS loan went to special servicing in early 2026. The building is approximately 1.6 million square feet of Class A office space anchored historically by major tenants including Cravath, Swaine & Moore (the law firm). The framework's reading: this is a marquee Manhattan address with high-quality tenants — exactly the kind of asset that the recovery thesis ("Class A will be fine, only Class B is in trouble") said would not require special servicing. Its appearance in distress is empirical evidence that the recovery thesis is structurally incomplete. **One New York Plaza (Whitehall Street, Manhattan).** The \$835 million CMBS loan was modified and extended to January 2028. The building is approximately 2.6 million square feet of Class A space in Lower Manhattan with major tenants including Fried Frank and Morgan Stanley. The 2028 extension is the canonical mode-two transaction: kick the disposition decision two years forward into an environment that is hoped to be more favorable. The framework's prediction: the 2028 extension will not resolve the underlying credit problem, and the loan will either require further extension at that point or be sold under conditions that produce substantial losses for the lender. The extend-and-pretend timeline has shifted from "wait two years for the market to improve" to "wait another two years." **620 Eighth Avenue (former New York Times Building).** The \$515 million mortgage on the upper portion of the 52-story tower has been extended *five times* since 2020. The Times itself sold the upper floors to Brookfield in 2007 for approximately \$525 million; the original financing was substantially refinanced over the years; each extension since 2020 has been a different exercise in deferral. The framework's reading: a five-extension property is, structurally, a property the lender does not believe can be sold without producing a meaningful loss. The continued extension is the lender admitting the structural reality while declining to recognize it in their financial statements. This is *the specific operational form* of capital erosion that the framework's broader Fekete-derived analysis has been identifying across multiple sectors. **U.S. Steel Tower (Pittsburgh).** The \$245 million CMBS loan was sent to special servicing in March 2026. The building is the tallest in Pittsburgh, anchored historically by U.S. Steel itself and including major tenants from the regional professional services sector. Pittsburgh is not New York or San Francisco; the regional CRE markets in second-tier metros face structurally different dynamics, with shallower tenant pools and longer recovery timelines. The framework's reading: the appearance of the U.S. Steel Tower in special servicing is consistent with the catalog's [Article 17](/forum/17-metro-saleability-map) metro saleability analysis — second-tier metros face different stress timelines but ultimately face the same structural problem, with the institutional substitute layer (special servicing, modification, extension) operating identically across geographies. **Brookfield DTLA portfolio.** Brookfield and its lenders are working to offload four office buildings totaling 4.9 million square feet in downtown Los Angeles — approximately 18% of the entire Financial District's office inventory. The framework's reading: when a single institutional owner is exiting 18% of a metro's downtown office inventory, the metro's office market is not in cyclical adjustment; it is undergoing structural reconfiguration. The buyers of these buildings will either be conversion specialists (residential, mixed-use) or will be opportunistic capital pools willing to operate at substantially reduced rents that reflect the actual demand environment rather than the pre-2020 pricing infrastructure. ## The regional banking concentration The most consequential framework observation about the CRE cascade concerns where the losses will eventually flow. The 2026 fire sales are clearing through CMBS structures, where institutional investors (pension funds, insurance companies, opportunistic credit funds) bear the losses through the securitization mechanisms. But CMBS represents only one part of the broader CRE financing picture, and the larger part is held directly by banks. The Federal Reserve's published data shows that small and mid-sized banks (those with less than \$250 billion in assets) hold approximately 70% of all outstanding U.S. CRE loans. The largest banks (those with more than \$250 billion in assets) hold approximately 5% of CRE loans as a percentage of their own balance sheets, while regional banks (\$1 billion to \$10 billion in assets) hold an average of approximately 35% of their total assets in CRE loans. Federal banking regulators flag CRE-to-equity ratios above 300% as excessive and warranting heightened supervisory attention; many regional banks operate at or above this threshold. The framework's reading: **the eventual recognition of CRE losses will flow primarily through the regional banking sector, which is structurally less equipped to absorb the losses than the larger institutions that dominate financial press coverage**. The Hinzen Wharton research is explicit about this: the regional banks are "already lowering lending standards to roll over distressed loans" — meaning they are extending CRE loans on increasingly aggressive terms to avoid the recognition events that would impair their capital positions. This is the same extend-and-pretend dynamic visible in the CMBS data, but operating at the bank level where the consequences flow to depositors (FDIC-insured up to \$250,000) and to bank holding company shareholders. The catalog's [Article 16](/forum/16-two-failures-a-year) (FDIC banking diagnostics) made specific predictions about the Q1 2026 Quarterly Banking Profile: problem bank list at 62-66 banks, unrealized losses in the \$310-340 billion range, CRE delinquency at or above 1.58%. The Q1 2026 release from the FDIC, published May 19, 2026, showed CRE delinquency at the top 100 banks at 1.78% — within the predicted band on the upper end. The problem bank list was reported at 64 institutions — squarely within the predicted band. Unrealized losses at the larger banks were reported at \$324 billion — also within the band. The framework's [Article 16](/forum/16-two-failures-a-year) predictions held within the predicted ranges, which is what the framework's intellectual discipline requires: making time-bounded testable claims and engaging the results honestly when they arrive. But the predicted ranges themselves were calibrated to the substrate-fragility thesis, not to a recovery thesis. The fact that the data has come in within the predicted ranges does not mean the situation is contained. It means the framework's structural reading is operating with appropriate precision. The next several quarters of Quarterly Banking Profile data will continue to test the catalog's predictions, and the framework's posture remains what it has been throughout: descriptive of the structural conditions, attentive to the specific data series that reflect them, and honest about which predictions hold versus which require revision. ## The urban doom loop and the fiscal dimension The CRE collapse has fiscal consequences that extend well beyond the affected lenders and property owners. Major U.S. cities depend substantially on commercial property tax revenue to fund municipal services — police, schools, transit, infrastructure maintenance. A 2026 study from NYU Stern School of Business projects what the researchers call an "urban doom loop": falling office property tax assessments produce lower municipal revenue, which forces service cuts, which reduce urban quality of life, which accelerate the migration of residents and businesses to alternatives, which further depresses property values, which further reduces tax revenue. The mechanism is already operational. Distressed CRE owners are increasingly filing tax assessment appeals demanding that their tax bills be lowered to match their now-impaired property values. The 401 South State Street building in Chicago, sold at \$4 million in 2026, was previously assessed at a value substantially higher than its sale price; the new owner has standing to appeal the assessment downward, which they will. Cities will resist the assessment reductions because their budgets depend on the higher values; but the legal precedent for valuation-following-market-price is well-established, and the eventual resolution will produce meaningful municipal revenue losses across multiple major U.S. cities. The framework's broader catalog has engaged this dimension through the housing analysis ([Articles 17](/forum/17-metro-saleability-map)-[19](/forum/19-tax-plus-insurance-wedge), particularly the tax-plus-insurance wedge work). The fiscal dimension of the CRE collapse extends the same pattern to the commercial side: the property tax assessment regime, which has historically functioned as a relatively stable revenue source for municipal governments, is now subject to revaluation pressure from both directions (commercial buildings demanding lower assessments based on sale prices; residential homeowners in stressed metros demanding the same). The framework's prediction: major U.S. cities will face budget deficits and potential credit rating downgrades through 2026-2027 as the assessment revaluations work through municipal balance sheets. Boston, New York, San Francisco, Chicago, and Los Angeles are particularly exposed because of their high prior reliance on commercial property tax revenue. ## What this means for the broader monetary architecture The framework's broader thesis throughout this catalog has been that monetary architecture in 2026 has accumulated substrate fragility visible across multiple disparate sectors when subjected to specific empirical tests. The CRE collapse is the latest sector to produce visible empirical validation, and it deserves explicit connection to the broader pattern. The substrate that supported the post-2008 CRE expansion was the combination of low interest rates (Federal Reserve policy from 2008 through 2022) and the institutional infrastructure that translated low rates into broadly available CRE financing (CMBS securitization, regional bank lending, life insurance company allocations, commercial bank participations). When interest rates rose sharply through 2022-2024, the underlying property values supported by the prior low-rate environment became structurally inconsistent with the new financing environment. The institutional infrastructure responded by deferring recognition — extend-and-pretend — rather than forcing immediate revaluation. The deferral worked for three years. It is no longer working in 2026. This is structurally analogous to what the catalog has documented in other sectors: - **Banking** ([Article 16](/forum/16-two-failures-a-year)): the FDIC failure count masking substantial underlying stress through similar deferral mechanisms - **Housing** ([Articles 17](/forum/17-metro-saleability-map)-[19](/forum/19-tax-plus-insurance-wedge)): the metro-level saleability heterogeneity hidden by national aggregates, with the tax-plus-insurance wedge breaking household budgets in specific geographies - **Precious metals** ([Article 24](/forum/24-silver-crash-paper-physical)): paper-physical decoupling under stress, with the January 30 silver crash demonstrating the substrate failure operationally - **Cryptocurrency** ([Article 25](/forum/25-iran-crypto-seizures-privacy-narrative)): the Iran seizures demonstrating the substitute-layer enforcement reach extending into ostensibly decentralized instruments - **Supply chains** ([Article 26](/forum/26-hormuz-lag-household-cost)): the Hormuz disruption propagating through buffer-depleted reserves on calendar-time mechanics The CRE collapse fits this pattern precisely. The substrate that supported the prior pricing structure has failed. The institutional substitute layer (extend-and-pretend, special servicing, modification) has deferred but not prevented the recognition. The cascade is now operationally visible in specific named transactions and specific bank exposure concentrations. The framework's reading: the cumulative weight of substrate-fragility evidence across sectors is now substantial enough that the broader thesis no longer requires defense; it requires only continued application as additional sectors produce additional empirical validation. ## What households should take from this The framework's specific operational observations for household readers: **Regional bank exposure deserves direct examination.** Households with substantial deposits at regional banks (\$1 billion to \$50 billion in total assets) should examine the specific bank's CRE concentration. The data is publicly available through the Federal Financial Institutions Examination Council's Call Report system. CRE-to-equity ratios above 300% are flagged by federal regulators as excessive. Banks with such concentrations are not immediately at risk of failure — they are, however, structurally exposed in ways that the framework's reading suggests will produce meaningful capital pressure over the next 18-36 months. FDIC insurance covers deposits up to \$250,000 per depositor per insured bank per ownership category; households whose deposits exceed the insurance threshold should consider distributing across institutions. **Municipal credit exposure matters for fixed-income holdings.** Households holding municipal bonds from major cities with high commercial property tax dependence (Boston, New York, San Francisco, Chicago, Los Angeles) should review the specific issuers' revenue diversification and rainy-day fund positions. The urban doom loop is a multi-year process, not a single event; meaningful credit deterioration is likely over the next 24-36 months in the most exposed municipalities. The framework does not advise specific allocation decisions, but the structural exposure is worth understanding before it becomes news rather than analysis. **REIT exposure may be re-pricing for some time.** Publicly traded office REITs have substantially repriced over the past several years, but the framework's reading is that the repricing has not fully absorbed the extend-and-pretend distortions visible in the underlying CMBS data. Households with REIT exposure through retirement accounts or general portfolios should understand that the office sub-sector specifically faces continued downside as the substitute-layer mechanisms exhaust further. Other CRE sub-sectors (industrial, multifamily, data centers) are operating under different supply-demand conditions and should not be evaluated as a single class with office. **The framework's broader case for taking substrate-fragility seriously continues to strengthen.** The CRE collapse is the latest sector to produce visible empirical validation of the catalog's structural thesis. Households making long-term financial decisions should price the cumulative weight of the evidence accordingly. The framework's standard guidance — physical assets with direct saleability, geographic diversification of exposure, attention to specific institutional concentrations, awareness of where in the financial architecture's asymmetric support structure the household sits — continues to apply. ## The closing observation In 1958, the economist Hyman Minsky began developing what would later be called the Financial Instability Hypothesis: the observation that periods of economic stability systematically incentivize the accumulation of financial fragility, until the cumulative fragility exceeds the system's absorptive capacity and produces what Minsky called a "Minsky moment" — the sudden recognition that asset prices that had been sustained by leverage and short-term financing arrangements were not actually justified by underlying cash flows. The post-2008 monetary architecture was, in Minsky's vocabulary, *designed to produce exactly the conditions he warned about*: extended periods of low interest rates that incentivized leveraged accumulation, institutional substitute layers (the Federal Reserve's balance sheet, agency MBS, central bank standing facilities) that allowed the accumulated leverage to operate longer than market conditions would have permitted, and a regulatory framework that discouraged forced recognition of losses in favor of extended workout periods. The CRE collapse is, in framework terms, the slow-motion Minsky moment in commercial real estate specifically. The accumulated fragility was real. The recognition is no longer fully deferrable. The transactions clearing at 76-97% losses from prior values are the market discovering what the buildings are actually worth under current financing conditions and current demand conditions. The marquee loans still in extend-and-pretend are the institutions buying time for the eventual recognition events. The regional banks holding 70% of the broader CRE exposure are the substrate that will absorb the losses when the recognition events arrive. None of this required a single sudden crisis to produce. It required only that the accumulated substrate fragility eventually exceed the system's absorptive capacity through the slow grind of expired extensions, exhausted patience, and individual properties whose specific economics made further deferral impossible. The transactions of 2026 are the visible early phase of that process. The framework's prediction is that 2026-2028 will see continued recognition across the CRE sector, with the cumulative magnitude of recognized losses ultimately approaching the Hinzen-implied "true" credit stress reading rather than the lower published delinquency figures. The next installment of *Watching the Cracks* — provisionally [Article 28](/forum/28-saleability-human-hours-labor-ai) — will engage the May 2026 CPI release that drops Tuesday, June 10, two days from this essay's publication. The framework's [Article 26](/forum/26-hormuz-lag-household-cost) made specific predictions about the Hormuz supply shock propagation timeline. The May print is the first major data point that should reflect meaningful Hormuz transmission per the framework's calendar mechanics. Whatever it shows — confirming the framework's prediction trajectory or surprising it — will be engaged honestly. The pattern of substrate-fragility validation continues to accumulate across sectors. The framework's posture continues to be what it has been throughout this catalog: descriptive of structural conditions, attentive to specific empirical signals, and honest about what the cumulative evidence reveals. The collapse is here. The watching continues. --- *This is the eleventh installment of "Watching the Cracks." The framework's predictions recorded here for future testing: 2026-2028 will see continued CRE loss recognition with cumulative magnitudes approaching the Hinzen-implied "true" credit stress reading (40-45% on office) rather than the lower published delinquency figures; regional banks with CRE/equity ratios above 300% will face meaningful capital pressure through this window; major U.S. cities with high commercial property tax dependence will face budget deficits and potential credit rating downgrades through 2026-2027; the 620 Eighth Avenue / 1 NY Plaza class of extend-and-pretend loans will require further extension or produce substantial loss recognition events when their current modifications expire. The fire-sale chart at the top of this essay shows actual 2026 transactions on the left and outstanding loan balances in extend-and-pretend status on the right; sources include The Real Deal, Wall Street Journal, San Francisco Business Journal, Trepp CMBS data, and the FDIC Q1 2026 Quarterly Banking Profile.* --- # The Lag: What Hormuz Will Cost the American Household, and When URL: https://newaustrianeconomics.com/forum/26-hormuz-lag-household-cost/ Date: 2026-06-01 Author: Jason D. Keys Tags: Strait of Hormuz, oil shock, inflation lag, supply chain, fertilizer, LNG, strategic petroleum reserve, Fekete, Menger, Cantillon, monetary theory Description: Supply shocks propagate to consumer prices on calendar time, not news-cycle time. The quantitative easing rounds of 2008-2014 took two to three years to produce their peak consumer price effect. The post-COVID monetary expansion took eighteen to twenty-four months. The Strait of Hormuz disruption that began on February 28, 2026 is a structurally different shock — supply-side rather than monetary — but the calendar mechanics of how it reaches the American household are similar in form and timing. This essay traces the propagation channel by channel, anchors each in empirical pass-through estimates from the academic literature, accounts for the strategic reserve buffers that are masking the early-stage impact, and produces specific framework predictions for what the American household should expect over the next 24 months. The calendar math says peak household impact arrives in Q1-Q2 2027, regardless of when the disruption itself resolves. # The Lag: What Hormuz Will Cost the American Household, and When A specific empirical observation grounds this essay. The quantitative easing programs that the Federal Reserve operated from late 2008 through 2014 expanded the central bank's balance sheet from approximately \$900 billion to approximately \$4.5 trillion — a more than fivefold increase in roughly six years. Conventional monetary theory predicted that this expansion would, all else equal, produce consumer price inflation in approximate proportion to the increase. Conventional monetary theory was wrong about the timing — but not about the direction. Inflation did not rise during QE itself. It rose, eventually, in 2021-2022, with peak headline CPI of 9.1% arriving in June 2022, approximately fourteen years after QE began and approximately eight years after QE's expansionary phase ended. The post-COVID monetary expansion compressed this timeline somewhat — federal spending and monetary expansion in 2020-2021 produced consumer price effects within eighteen to twenty-four months — but the basic structural observation held: **the price effects of monetary expansion propagated on calendar time, with lags that conventional discussion consistently underestimated**. The framework's catalog has engaged this lag dynamic extensively, particularly in [Article 20](/forum/20-aggregates-that-lie) (aggregates that lie) where the structural reasons aggregates fail to capture timely price effects were laid out in detail. What the framework has not directly engaged, but what now demands engagement, is the *supply-side* version of the same problem. On February 28, 2026, U.S. and Israeli forces launched coordinated strikes against Iranian nuclear, military, and IRGC command infrastructure. Within forty-eight hours, the Strait of Hormuz — the maritime chokepoint through which approximately 20 million barrels per day of oil and approximately 20% of global LNG transit — had effectively closed to commercial shipping. Major carriers (Maersk, MSC, CMA CGM, Hapag-Lloyd) suspended transits within the same window. War risk insurance was cancelled for Gulf transits on March 5. Approximately 150 tankers were anchored outside the strait by mid-March; approximately 500,000 containers were stranded, with roughly 20,000 seafarers stuck on vessels unable to complete voyages. Simultaneously, the Houthi forces in Yemen resumed attacks on Red Sea shipping that had been quieted since the October 2025 ceasefire, taking the Red Sea route to Europe back down to approximately 49% of pre-crisis capacity. **For the first time in modern history, both of the Middle East's major maritime corridors are simultaneously blocked.** The shock is real. The headlines have engaged it. The strategic petroleum reserve has been drawn down to compensate — 172 million barrels released by the United States in March 2026 as part of a coordinated 400-million-barrel International Energy Agency response, the largest such coordinated release in history. Brent crude is up approximately 60% since the strikes began. Yet U.S. consumer price inflation prints have remained moderate through April 2026 (3.8% headline, 2.8% core), and the popular financial press has treated the absence of an immediate price spike as evidence that the disruption is being managed. This essay argues that this reading badly misunderstands the calendar mechanics. **The Hormuz disruption is propagating to American household prices on a timeline that closely resembles, in form if not in magnitude, the QE-to-inflation lag that the framework has been documenting across the post-2008 period**. The buffers that have absorbed the initial impact — strategic reserves, inventory drawdowns, contract carry-over, hedging programs — are real and consequential, but they are also finite. The empirical pass-through estimates from the academic literature suggest specific timelines for each propagation channel. When those timelines are combined with the buffer-exhaustion math, the resulting forecast points to peak household impact arriving in **Q1-Q2 2027**, with the trajectory established at that point likely to persist for an additional twelve to eighteen months regardless of when the underlying geopolitical situation resolves. This is the tenth installment of *Watching the Cracks*. It proceeds in six sections. First, the structural argument: why supply shocks lag in the same way monetary shocks lag, and what the historical record establishes about the timing. Second, the specific empirical pass-through estimates for each propagation channel. Third, the buffer math: what's been depleted, what remains, and how long it lasts. Fourth, the channel-by-channel propagation timeline. Fifth, the framework's specific forecast — calibrated, time-bounded, and explicitly falsifiable. Sixth, the household implications and the framework's standard guidance applied to this specific shock. ## Why supply shocks lag The conventional model of how a supply shock reaches consumer prices assumes a relatively short transmission window. The shock occurs (an oil embargo, a pipeline rupture, a chokepoint closure); the affected commodity prices rise immediately; downstream producers experience cost increases; producers either absorb or pass on the increases; consumers pay higher prices within a few months. This model is correct in form but consistently wrong in magnitude and timing for shocks that affect the substrate of multiple supply chains simultaneously. Two specific mechanisms produce systematic lags that the simple model misses. **The buffer mechanism.** Modern global commerce operates with substantial inventory and reserve buffers that absorb initial shocks. Oil specifically benefits from approximately 1.2 billion barrels of public emergency stocks held by IEA member countries, plus approximately 600 million barrels of industry stocks held under government obligation. The United States holds (as of May 2026) approximately 392 million barrels in the Strategic Petroleum Reserve, with an additional ~172 million barrels having been released since March and obligated for refilling through 2026-2029. Commercial inventories at refineries, distribution terminals, and retail outlets add additional weeks to months of normal consumption coverage. The shipping sector operates with floating inventory in transit (tankers, container ships) that buffer port-level disruptions. Each of these buffers absorbs the initial shock, allowing the underlying disruption to operate for weeks or months before the propagation reaches retail prices in the affected products. **The contract and hedging mechanism.** Most commercial relationships in commodity-dependent industries operate under multi-month or multi-year forward contracts with prices fixed at the time of contract execution. Airlines hedge jet fuel costs typically 6-18 months forward. Major retailers contract shipping rates 12-24 months forward. Agricultural producers contract fertilizer prices for an entire growing season. Manufacturers source intermediate inputs under quarterly or annual frameworks. Each of these contractual structures defers the effect of current spot-market price changes onto future periods when contracts come up for renewal. The shock to spot prices in February-March 2026 will not reach the contracts being negotiated in 2026 until those contracts expire and are renegotiated against the new pricing environment — typically Q3-Q4 2026 for shorter contracts, 2027 for annual cycles, 2027-2028 for longer-dated arrangements. The combined effect of these two mechanisms produces what economists call "pass-through lags" — the time between the occurrence of a price shock and its full transmission to consumer price indexes. The academic literature is substantial on this point and the framework can engage it directly. The most relevant empirical work for current purposes is the 2009 study by Galo Nuño in *Energy Economics*, which found that direct oil-to-refined-product pass-through occurs relatively quickly — approximately 90% of crude oil price changes pass through to refined product prices within three to five weeks. This is the *first* layer of pass-through and explains the typical 4-6 week lag between crude oil spikes and gasoline pump price changes. The more consequential pass-through — from refined products and other primary inputs to the broader basket of consumer goods — operates on substantially longer timelines. A 2024 study by Robert Minton (Federal Reserve) and Brian Wheaton (UCLA) using detailed input-output data found that **upstream industries (chemical manufacturing, plastics, primary metals) feel approximately 75% of an oil price shock within six months, while downstream industries (consumer goods manufacturing, retail) take approximately twenty months to feel a similar magnitude of impact**. The asymmetry reflects the cumulative nature of cost pass-through as goods move through multiple stages of production. The Federal Reserve's own modeling, summarized in Charles Schwab's April 2026 inflation analysis, estimates that a permanent 10% increase in crude oil prices adds approximately 0.4 percentage points to headline CPI over the course of one year. Critically, this estimate is for *each year* — meaning the full cumulative pass-through extends across multiple years rather than completing within twelve months. Combining these empirical estimates with the current shock: Brent crude is up approximately 60% from pre-conflict levels. If the disruption persists and the price level holds (which the framework's reading suggests is more likely than rapid resolution, for reasons developed below), the cumulative consumer price impact would be approximately **2.4 percentage points added to headline CPI** over the propagation window. The propagation window itself is the framework's primary forecast: the impact peaks not in 2026, despite the immediacy of the shock, but in **Q1-Q2 2027**, with elevated price levels likely persisting through 2028. ## The propagation timeline, channel by channel The framework's empirical reading of how the Hormuz shock will propagate to specific household prices is best understood through a channel-by-channel decomposition. Different categories of goods and services have different transmission mechanics, different buffer structures, and different timelines. ![Timeline chart showing how the Hormuz disruption propagates through ten distinct economic channels — gasoline prices in weeks, food prices in months, manufactured goods over a year — with peak impact in approximately May 2027](/images/forum/hormuz-propagation-timeline.png) **Gasoline pump prices (T+0 to T+6 months, peak ~T+1).** The fastest-propagating channel. Refined product pass-through occurs within three to five weeks. American consumers will see meaningful pump-price increases beginning approximately April 2026, with the peak coming approximately May-June 2026. The strategic reserve releases are specifically targeting this channel and are partially succeeding — the disruption has not yet produced the full pump-price response that the crude oil increase would predict in the absence of reserve releases. The framework's reading: pump prices will rise by approximately \$1.20-\$1.80 per gallon (national average) by mid-2026, with the peak likely persisting into 2027 even after partial geopolitical de-escalation. **Heating oil and diesel (T+0 to T+8 months, peak ~T+2).** Similar transmission mechanics to gasoline but with seasonal complications. Diesel prices affect virtually all consumer goods through their role in trucking; heating oil affects approximately 5 million American households (concentrated in the Northeast) who rely on it for primary winter heating. The framework's reading: diesel prices will rise by approximately \$1.40-\$2.00 per gallon by mid-2026, with the freight-rate transmission effect amplifying the consumer impact in subsequent quarters. **Air and ocean freight rates (T+0 to T+10 months, peak ~T+3).** Already moving sharply. Maersk implemented an emergency freight increase on all cargo to and from UAE, Qatar, Saudi Arabia, Bahrain, Kuwait, Iraq, and Oman effective March 2, 2026, with other carriers following within 48 hours. Vessels rerouting around the Cape of Good Hope add approximately 7-14 days of transit time per voyage, with corresponding increases in fuel consumption and operational costs. The freight-rate channel is critical because it amplifies the impact of every other commodity moving in international trade. The framework's reading: container shipping rates from Asia to Europe and to the U.S. East Coast will be elevated by 40-80% through 2026 and likely into 2027. **LNG and natural gas (T+1 to T+12 months, peak ~T+4).** Approximately 20% of global LNG transits the Strait of Hormuz. The disruption has produced an immediate spike in LNG spot prices that has propagated through wholesale natural gas markets. U.S. natural gas prices, which had been weak through late 2025 due to abundant domestic production, have risen approximately 35% since the conflict began. The lag here is governed by the contractual structure of LNG supply — most international LNG is sold under long-term contracts with prices linked to oil benchmarks or to specific regional gas indexes, and those contracts adjust gradually. The framework's reading: U.S. natural gas prices will rise approximately 50-80% from pre-conflict levels by late 2026, with effects continuing into electricity prices (where natural gas remains the marginal generation fuel in most U.S. markets) on an additional 6-12 month lag. **Fertilizer and agriculture (T+2 to T+14 months, peak ~T+6).** This is the most economically consequential channel and the one the framework reads as most underappreciated in current commentary. **Approximately one-third of globally traded fertilizer transits the Strait of Hormuz.** Natural gas is the primary feedstock for nitrogen fertilizer production — and natural gas prices are themselves rising through the LNG channel described above. Fertilizer accounts for approximately one-third of the cost of corn and wheat production, per U.S. Department of Agriculture data. The lag here is dominated by the agricultural growing cycle: fertilizer purchased for the 2026 growing season was largely contracted before the disruption began, with effects from the disruption flowing into 2027 plantings, into 2027 harvests, and into 2027-2028 food prices. The framework's reading: U.S. grain prices will rise approximately 25-40% by mid-2027 due to the fertilizer transmission alone, with broader food price impacts following through standard agricultural-to-retail propagation. **Upstream industrial inputs (T+1 to T+15 months, peak ~T+6).** The Minton/Wheaton "upstream 75% within 6 months" empirical finding governs this channel. Chemical manufacturing, plastics production, primary metals refining, and similar industries that use oil and natural gas as both feedstock and energy will see significant cost pressure beginning in Q3 2026, with peak transmission in late 2026. The framework's reading: producer price indexes will show meaningful elevation by Q4 2026, with the broader manufacturing sector following on the standard upstream-to-downstream timeline. **Food retail prices (T+3 to T+18 months, peak ~T+9).** Food inflation was already running at 2.6% year-over-year in February 2026 (the second-highest rate since mid-2023) before the Hormuz disruption began. The compounding from fertilizer, agriculture, and shipping channels will produce meaningful additional food price pressure beginning in Q4 2026, with peak impact in Q2-Q3 2027. The framework's reading: headline food CPI will rise to approximately 6-9% year-over-year by mid-2027, with specific items (grain-based products, oils, packaged goods with high transportation content) seeing substantially larger increases. **Manufactured goods — electronics, durables (T+5 to T+22 months, peak ~T+12).** The Minton/Wheaton "downstream 20 months for similar impact" finding governs this channel. Current retail inventories of electronics, household durables, automotive parts, and similar manufactured goods were produced before the disruption and are pricing into 2026 retail under pre-shock cost structures. Replacement inventory produced in 2026 under elevated input costs will reach retail through 2027. The framework's reading: consumer electronics, appliances, and similar durables will see 5-10% real price increases through 2027, with the timing concentrated in late 2026 (back-to-school, holiday) through mid-2027. **Pharmaceuticals and medical supplies (T+6 to T+24 months, peak ~T+13).** Pharmaceutical supply chains are particularly exposed to Hormuz disruption because approximately 40% of active pharmaceutical ingredients are produced in India, with substantial fractions of finished pharmaceutical manufacturing also concentrated in South Asian sourcing that depends on Indian Ocean shipping. Combined with the Red Sea disruption, pharmaceutical supply chains face simultaneous routing pressure. The framework's reading: pharmaceutical prices, already a sustained source of household stress, will see 8-15% nominal increases through 2027, with specific drug categories (generics dependent on Indian API production) potentially seeing substantially larger impacts. **Services with embedded fuel costs (T+4 to T+24 months, peak ~T+14).** Airlines, ridesharing, delivery services, and similar fuel-dependent services pass through fuel cost changes on multi-month delays governed by their hedging programs and competitive dynamics. The framework's reading: airfares will see 15-25% increases through 2027; delivery service prices (Amazon, USPS, UPS, FedEx) will see 8-12% increases with broader effects on the cost-of-goods-delivered for online retail. ## The buffer math The framework's specific quantitative forecast depends on what remains in the buffers and how long those buffers can continue to absorb the underlying disruption. The buffer accounting is sobering. **Strategic Petroleum Reserve depletion.** The SPR held approximately 638 million barrels when President Biden took office in January 2021. The post-Russia-invasion releases of 2022 drove holdings down to a 40-year low of 347 million barrels by July 2023. Partial refilling through 2024-2025 brought levels to approximately 395 million barrels by early 2025. The March 2026 release of 172 million barrels — the largest single-country release in history, part of the coordinated 400 million barrel IEA release — has brought holdings to approximately **243 million barrels**, the lowest level since February 1982. The maximum capacity of the SPR is approximately 700 million barrels. The reserve is currently at 35% of capacity. Salt cavern structural integrity at the storage sites is reportedly at risk from the repeated drawdown cycles, with congressional appropriations of \$218 million for maintenance and \$171 million for refilling representing modest progress relative to the depletion trajectory. The Trump administration's stated refill commitment depends on the 172 million barrel release being structured as an exchange with 18-24% premium repayment by participating companies through 2026-2029, which would eventually return approximately 200 million barrels to the reserve if the program executes as planned. **International coordination buffer.** IEA member countries collectively hold approximately 1.2 billion barrels of public emergency stocks plus approximately 600 million barrels of industry stocks. The March 11, 2026 coordinated release of 400 million barrels represents approximately 22% of this combined buffer. Sustained drawdown at the rate the Hormuz disruption is producing (effectively replacing 20% of global daily oil supply) would exhaust the combined buffer in approximately 90 days of full coverage, although the practical pattern of partial coverage and rotation could extend the effective buffer to perhaps 6-9 months. **Commercial inventory buffer.** Refinery and distribution inventories provide additional weeks of buffer that varies by region and product type. Cushing, Oklahoma — the central U.S. oil storage hub — is reportedly approaching operationally low levels as the Iran war crisis continues. Asian refining centers are operating substantially below normal inventory levels. Container shipping inventory has been substantially exhausted by the rerouting around the Cape of Good Hope. **Hedging buffer.** Commercial hedging programs, particularly for airlines, manufacturers, and major commodity users, were structured under pre-conflict price assumptions. These hedges are protecting the affected counterparties through their hedge expirations, with effects concentrated in Q3-Q4 2026 as 2026 hedges roll into 2027 hedge structures at substantially higher strike prices. The combined buffer picture: the world has perhaps 6-12 months of effective absorptive capacity for the current rate of disruption before the buffers are exhausted to a point where they can no longer mute the underlying price signal. **This buffer exhaustion timeline closely matches the propagation timing the channel analysis above produces.** The buffers are deferring impact during 2026; the impact arrives in 2027 as the buffers exhaust. ## Why the disruption won't resolve cleanly The framework's forecast depends on a specific reading of the geopolitical situation that differs from the Dallas Federal Reserve's quantitative model. The Dallas Fed analysis from March 2026 produced GDP impact estimates contingent on disruption duration: -0.2 percentage points for one quarter of disruption, -0.3 for two quarters, -1.3 for three quarters. The model implicitly assumes resolution within one to three quarters. The framework reads the situation as structurally unlikely to resolve on that timeline, for four specific reasons. **First, China's incentive structure.** China is the largest single importer of Persian Gulf oil and is therefore harmed by the disruption in the immediate sense. China is also a permanent member of the UN Security Council with veto authority over enforcement mechanisms that might end the disruption, and China's broader strategic relationship with Iran (including documented oil purchases at sanctions-discounted prices through informal channels) creates a structural interest in *not* supporting U.S.-led enforcement measures. The result is paralysis: China loses from the disruption but also loses from supporting its resolution. **Second, Russia's incentive structure.** Russia is a major oil exporter whose revenue benefits directly from elevated global oil prices. A prolonged Hormuz disruption that keeps Brent crude above \$90/bbl partially offsets the impact of Western sanctions on Russian energy revenue. Russia has no incentive to support enforcement mechanisms that would end the disruption. **Third, Iran's incentive structure.** Iran's economic situation pre-conflict was severely constrained by U.S. sanctions. The disruption demonstrates Iranian capability to impose costs on Western economies in a way that conventional military action could not match. The IRGC has incentive to maintain capability for disruption — even if not active disruption itself — as continued leverage in any negotiated resolution. The framework's reading: even if a formal ceasefire is achieved, the *threat* of recurring disruption will keep insurance markets and shipping operators cautious for an extended period. **Fourth, the insurance market dynamic.** War risk insurance was cancelled for Gulf transits on March 5, 2026. Insurance markets re-establish coverage slowly after disruption events because the underwriting requires assessment of forward risk that is structurally difficult to estimate during ongoing tension. The framework's reading: even with formal geopolitical resolution, the insurance market re-establishment will lag by 6-12 months, during which time the shipping disruption will continue at reduced intensity. The combined effect: the disruption will likely persist at meaningful intensity through the second half of 2026, with partial improvement through 2027 and full normalization not before 2028 at the earliest. **This timeline is essentially independent of any specific geopolitical resolution scenarios that may emerge in the interim.** The structural conditions that prevent rapid resolution are themselves the framework's central forecasting input. ## The framework's specific forecast Combining the channel propagation analysis, the buffer math, and the geopolitical structural reading produces a specific, time-bounded forecast for U.S. household price impacts. The framework records these predictions for future testing: **Through Q3 2026:** Pump prices elevated by \$1.20-\$1.80 per gallon (national average); headline CPI rising to 4.5-5.5% year-over-year; food inflation accelerating from 2.6% to 4-5%; LNG and natural gas prices elevated 40-60% from pre-conflict levels. The strategic reserve releases continue to mute the impact, particularly at the gasoline pump. **Q4 2026:** Reserve buffers approaching exhaustion at the rate of continuing disruption. Manufactured goods beginning to show retail-level price effects as 2026 inventory cycles complete. Holiday shopping season experiencing notable price compression on durables. Headline CPI in the 5-6% range. **Q1-Q2 2027 (peak impact window):** Fertilizer and agriculture effects fully transmitting through the 2027 planting cycle. Food prices showing the largest year-over-year increases of the cycle, potentially reaching 6-9%. Headline CPI peaking in the 6-7% range. Real wage growth meaningfully negative as nominal wages lag price increases. The framework's central forecast. **Q3 2027 onward:** Partial moderation as buffer rebuilding begins, hedging programs adjust to new price levels, and supply chain participants establish stable operating patterns at elevated cost levels. Headline CPI moderating to 4-5% range and remaining elevated through 2028. These specific numerical forecasts are *estimates with substantial uncertainty bands*. The framework's confidence is higher on the timing structure than on the specific magnitude. The peak impact arriving in Q1-Q2 2027 — approximately 12-15 months after the initial disruption — is the framework's strongest claim. The specific magnitude depends on factors (resolution timing, buffer effectiveness, secondary disruption events, monetary policy response) that the framework cannot predict precisely. ## What households should take from this The framework's specific operational observations for household readers: **The aggregate price data will report this on lag.** Headline CPI will not reflect the full impact until 9-15 months after the household begins experiencing it through retail purchases. Households who wait for aggregate confirmation before adjusting their planning will be making decisions on data that materially understates current cost pressure. The framework's recommendation: use forward-looking channel-specific signals (gasoline futures, LNG benchmark prices, container shipping indexes) as leading indicators rather than relying on aggregate inflation reports. **The buffer exhaustion timeline is the critical variable.** Strategic reserve releases and commercial buffer drawdowns are masking the underlying impact during 2026. As those buffers exhaust through Q4 2026 and into 2027, the full price signal will arrive. Households making major purchase decisions (vehicles, appliances, durables) in 2026 should consider that the same goods will likely be substantially more expensive in 2027 — the inventory cycle is currently working in the household's favor for one-time purchases. **Fertilizer and food are the highest-leverage channels.** The fertilizer-to-food propagation through the 2027 planting cycle is the most economically consequential single channel and the hardest to escape through individual household preparation. Households with significant exposure to food inflation (large families, fixed incomes) should anticipate meaningfully tighter household budgets through 2027 and consider whether existing food-spending categories can be reconfigured before the impact arrives. **The strategic petroleum reserve is now near operationally low levels.** Households whose financial planning assumed continued availability of reserve releases as a price-stabilization mechanism should recalibrate. The reserve at 243 million barrels (after the March 2026 release) is at its lowest level since February 1982. Any subsequent disruption that arrives before the reserve is rebuilt will face substantially less buffer than what muted the early-stage impact of the Hormuz disruption. **Geographic and consumption-mix exposures vary substantially.** The framework's prior metro saleability work (Articles [17](/forum/17-metro-saleability-map), [18](/forum/18-lakeland-saleability-collapse), and [19](/forum/19-tax-plus-insurance-wedge)) identified specific regional exposures to housing-related stress; the supply shock adds an additional regional dimension. The Northeast (heating oil dependence), agricultural regions (fertilizer cost exposure), and metros with high gasoline consumption per capita face larger relative impacts than urban metros with shorter commutes and natural gas heating. Household preparation should weight specific consumption patterns rather than assuming uniform national impact. ## The closing observation The framework's broader analytical posture across this catalog has consistently been that **the aggregates that the financial press and policy community track are structurally inadequate to capture the timing and distribution of economic stress as it actually arrives at the household level**. The QE-to-inflation lag of 2008-2022 was the canonical demonstration of this inadequacy for a monetary shock. The framework's reading is that the Hormuz disruption of 2026 will be the canonical demonstration for a supply shock — and that the basic structural lesson is the same in both cases. Inflation does not announce itself on the calendar of news cycles. It arrives on the calendar of supply chain mechanics, contract renewals, inventory turnover, hedging program rollovers, and buffer depletion. The current quiet on the inflation-print front, six months into a major supply disruption, is not evidence that the impact will be moderate. It is evidence that the impact is propagating on the standard schedule. The framework's analytical job is to make that schedule visible before the prints catch up. By the time the May 2027 CPI release confirms what the framework has just predicted, the American household will have been absorbing the impact through their grocery store visits, their pump fillings, their utility bills, their durables purchases, and their service prices for nine to fifteen months. The aggregates will be reporting what households already know. The framework's value is in making the trajectory visible while it can still inform planning. The lag is the structure. The structure is now activated. The propagation is underway on schedule, regardless of when any specific policymaker or commentator acknowledges it. The next 18-24 months of household financial reality will be substantially determined by mechanisms that began operating on February 28, 2026 and that the framework has now, through this essay, traced channel by channel through the specific empirical literature on pass-through dynamics. The next installment of *Watching the Cracks* will engage whichever specific empirical event most demands framework attention as the propagation unfolds. The watching continues. The lag continues. The structural validation of the framework's broader thesis — that monetary architecture in 2026 has accumulated substrate fragility that conventional aggregates cannot capture — continues to compound with each new event added to the catalog's diagnostic record. --- *This is the tenth installment of "Watching the Cracks." The framework's predictions recorded here for future testing: peak household impact arrives in Q1-Q2 2027, with headline CPI reaching 6-7% in the peak quarter; pump prices elevated \$1.20-\$1.80 per gallon by mid-2026; food prices showing 6-9% year-over-year increases by mid-2027; fertilizer-driven grain price impacts compounding through the 2027 planting cycle; reserve buffer exhaustion concentrated in Q4 2026 - Q1 2027. The propagation timeline chart above visualizes the empirical pass-through estimates from the academic literature (Energy Economics 2009; Minton/Wheaton Fed/UCLA 2024; Federal Reserve modeling cited in Schwab 2026) applied to the specific February 28, 2026 Hormuz disruption shock.* --- # "We Just Outright Grabbed the Wallets": What the Iran Crypto Seizures Reveal About Self-Custody, Stablecoins, and the Privacy Narrative URL: https://newaustrianeconomics.com/forum/25-iran-crypto-seizures-privacy-narrative/ Date: 2026-05-31 Author: Jason D. Keys Tags: cryptocurrency, stablecoins, USDT, Tether, OFAC, Iran sanctions, self-custody, Menger, saleability, weaponization, privacy Description: On May 29, 2026, U.S. Treasury Secretary Scott Bessent told the Reagan National Economic Forum that the United States has seized approximately one billion dollars in cryptocurrency linked to Iran. "Just outright grabbed the wallets," he said. "Some of them may be typing in right now and might not realize their wallet had been grabbed." The statement, made publicly and on the record by the sitting U.S. Treasury Secretary, is the cleanest single empirical demonstration to date of what the framework's Cryptocurrency Trilogy (Articles 13-15) argued in the abstract: that cryptocurrency's privacy and censorship-resistance properties are sharply heterogeneous across instrument types, that stablecoins specifically face structural confiscation risk built into their issuer architecture, and that the broader narrative of "crypto as monetary sanctuary" has been substantively contradicted by the operational evidence. # "We Just Outright Grabbed the Wallets": What the Iran Crypto Seizures Reveal About Self-Custody, Stablecoins, and the Privacy Narrative Speaking at the Reagan National Economic Forum on Friday, May 29, 2026, U.S. Treasury Secretary Scott Bessent disclosed that the United States government has, since the outbreak of the Iran conflict in late February 2026, seized approximately **one billion dollars** in cryptocurrency assets linked to the Islamic Revolutionary Guard Corps (IRGC) and other sanctioned Iranian entities. The exact phrase Bessent used: "Just outright grabbed the wallets. Some of them may be typing in right now and might not realize their wallet had been grabbed." The disclosure is consequential for several reasons. The dollar magnitude — one billion in actively-controlled crypto assets — is the largest cumulative sanctions-related crypto seizure on the public record. The mechanism Bessent described — direct seizure of wallets without the holder's knowledge — represents a meaningful escalation in the public discussion of how the U.S. government engages cryptocurrency in enforcement contexts. The geopolitical framing — that Iran was using these assets to fund the IRGC and to attempt to collect tolls from commercial vessels passing through the Strait of Hormuz — connects the seizures directly to the maritime-chokepoint dynamics that this catalog's earliest essays (Articles [1](/forum/why-gold-didnt-spike) and [2](/forum/hormuz-yuan-toll-mengerian-event)) engaged in the context of de-dollarization and the Mengerian theory of monetary emergence. But the single most analytically important consequence is what the Bessent statement, taken seriously, says about cryptocurrency itself. For approximately seventeen years — from Bitcoin's launch in January 2009 through to the present — a central element of the cryptocurrency narrative has been that the technology offers a form of monetary instrument that is *resistant to seizure*, *resistant to censorship*, and *outside the reach of state authorities*. The Treasury Secretary of the United States has now publicly stated, in a forum widely attended by financial press and policy figures, that the U.S. government has been seizing such instruments at scale, that the seizures often occur without the holders' knowledge, and that the operational capability is sufficient to extract approximately one billion dollars from the target population in roughly ninety days. The framework's Cryptocurrency Trilogy (Articles [13](/forum/13-saleability-audit-bitcoin), [14](/forum/14-code-was-never-law-bip-361), and [15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) of this catalog) argued in the abstract for what the Bessent statement now demonstrates in operation: that **cryptocurrency's saleability properties are sharply heterogeneous across instrument types**, that **stablecoins specifically face structural confiscation risk built into their issuer architecture**, and that **the broader "crypto as monetary sanctuary" narrative obscures more than it reveals** about the actual operational properties of these instruments under state pressure. This essay engages the Iran seizures as the cleanest single empirical validation of those framework claims that has occurred since the trilogy was published. This is the ninth installment of *Watching the Cracks*. It proceeds in five sections. First, the documented operational facts of the seizures — what was taken, by what mechanism, and on what legal authority. Second, the distinction between the kinds of seizures that occurred and the implications of each for different cryptocurrency instrument categories. Third, the Strait of Hormuz dimension, which connects the seizures to the framework's earliest essays on the geopolitical mechanics of monetary emergence. Fourth, the framework's prior analysis from Articles [13](/forum/13-saleability-audit-bitcoin), [14](/forum/14-code-was-never-law-bip-361), and [15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) and how the Iran case operationalizes the saleability claims that the trilogy made theoretically. Fifth, the implications for households, the broader crypto industry, and the framework's forward analytical program. A note on framing before proceeding. The Iran sanctions program is well-established U.S. policy spanning multiple administrations. The IRGC has been designated as a Foreign Terrorist Organization since 2019. The legal authority for the seizures discussed in this essay is straightforward and not in serious dispute. The framework's analytical engagement here is *not* with the legitimacy of the sanctions program — that is a political question this essay does not adjudicate — but with what the operational mechanics of the seizures reveal about the underlying technology. The framework's posture is the same one it has maintained throughout the catalog: descriptive rather than advocational, focused on structural properties rather than political judgments, with explicit acknowledgment of where the evidence permits stronger claims and where it does not. ## What was seized, and how Bessent's \$1 billion disclosure aggregates several distinct enforcement actions that have occurred between late February 2026 and late May 2026. The actions fall into three operationally distinct categories that are worth distinguishing carefully because the mechanisms differ in ways that matter for the broader analysis. **Category 1: Stablecoin issuer freezing.** The most clearly documented single action was Tether's freezing of approximately **\$344 million in USDT** across two Tron blockchain addresses on April 23, 2026. The two specific addresses — TTiDLWE6fZK8okMJv6ijg42yrH6W2pjSr9 and TNiq9AXBp9EjUqhDhrwrfvAA8U3GUQZH81 — were both frozen on the same day with balances consistent with Tether's public statement. The freezing was coordinated with OFAC's updated designation of Central Bank of Iran-linked addresses on the same date. The mechanism: Tether, as the issuer of USDT, retains administrative control over the smart contract that implements the token, and can mark specific wallet addresses as ineligible for transfers. The frozen tokens still exist on-chain in the original addresses; they simply cannot be moved. From the holder's perspective, the tokens are functionally confiscated — they remain visible but unusable. This is the cleanest mechanism, technically and legally. Tether is a centralized issuer of a stablecoin that exists by virtue of Tether's contractual commitment to maintain dollar reserves backing the tokens. The company has consistently complied with OFAC sanctions enforcement, has frozen hundreds of millions of dollars in USDT across previous enforcement actions, and operates under business and legal frameworks that require such compliance. The framework's [Article 15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) analysis specifically identified this property — that stablecoins exist within and depend upon a centralized issuer apparatus — as the structural feature that distinguishes them from genuinely decentralized cryptocurrencies. The Iran seizures provide the most visible operational confirmation of this property to date. **Category 2: Exchange-mediated seizure.** Some portion of the \$1 billion total involved cryptocurrency held in custody at centralized exchanges — particularly Nobitex, Iran's largest cryptocurrency exchange, which Reuters has documented as a key node in the country's parallel financial system. Exchange-mediated seizures operate similarly to traditional financial account seizures: the exchange holds the cryptocurrency as a custodian on behalf of the user, and when legal process is served on the exchange, the exchange can freeze or transfer the assets without the user's cooperation. The user's "ownership" of the cryptocurrency at the exchange is a contractual claim against the exchange, not direct possession of the cryptographic keys that control the underlying tokens. This category overlaps with the broader pattern of cryptocurrency exchange compliance with sanctions enforcement that has been documented across the past decade — Coinbase, Binance, Kraken, and other major exchanges have all participated in similar enforcement actions on substantially smaller scales than what is now being applied to Iran-linked accounts. **Category 3: Direct wallet seizure.** This is the category that Bessent's "outright grabbed" language most directly describes, and it is the most analytically interesting. The mechanism for taking direct control of a cryptocurrency wallet — without the cooperation of any centralized intermediary — requires obtaining the private keys that control the wallet. The framework's analytical question: how does the U.S. government obtain those keys? Several mechanisms are operationally available and have been used in prior cryptocurrency enforcement contexts: - **Compromise of operational security at the target organization.** Intelligence agency penetration of IRGC computer systems, communications, or operational personnel can yield private keys or seed phrases held in those systems. This is the most straightforward technical mechanism and has been documented in multiple prior enforcement actions (including the U.S. recovery of approximately 50.4 BTC from the Colonial Pipeline ransomware attacker in 2021, where the keys were obtained through means the government did not publicly disclose). - **Exploitation of operational security failures in the target's wallet management.** Many users — including sophisticated ones — store private keys or seed phrases in ways that are recoverable by an attacker with sufficient access (cloud storage, password managers, encrypted-but-not-air-gapped backups, screenshots, paper notes in compromised physical locations). Intelligence services with substantial technical resources have multiple paths to recovering keys stored under these conditions. - **Compromise of the underlying cryptographic implementation.** This is the most consequential category and the one the framework's [Article 14](/forum/14-code-was-never-law-bip-361) (BIP-361 and the post-Q Day environment) engaged most directly. Where the wallet's key generation depends on cryptographic primitives that have been weakened (through quantum capability development, through implementation vulnerabilities, or through compromised random number generation), keys can in principle be recovered without any direct access to the holder's systems. The framework does not have evidence that this mechanism has been used in the Iran seizures specifically, but the technical possibility cannot be excluded, and the Bessent statement's specific phrasing — "may be typing in right now and might not realize their wallet had been grabbed" — is more consistent with this category of capability than with the operational-security categories above. A holder whose key was recovered through operational compromise would generally notice unauthorized access to their other systems; a holder whose key was recovered through cryptographic compromise might genuinely have no operational indication that anything was wrong until they attempted a transaction. - **Coercion of cooperating individuals.** Where keys are held by specific individuals who can be reached through diplomatic, military, or covert channels, the keys can be obtained through pressure on those individuals. This mechanism has been used in prior contexts (notably the 2022 case in which a former Coinbase manager and his brother were prosecuted for insider trading involving cryptocurrency, where wallet access was obtained through the prosecution process). The framework's reading: **the specific mechanism by which any given wallet was seized in the Iran enforcement is not publicly disclosed and may never be**. What the Bessent statement does is establish that the operational capability for direct seizure exists at sufficient scale to extract approximately one billion dollars in roughly ninety days, against targets sophisticated enough to be running the financial operations of a major state intelligence service. The mechanisms by which the capability operates are interesting; the existence of the capability is what changes the analytical landscape. ## The Strait of Hormuz dimension The geopolitical context for the seizures is essential to understanding why this particular enforcement program has produced visible results that prior programs have not. The framework's Articles [1](/forum/why-gold-didnt-spike) and [2](/forum/hormuz-yuan-toll-mengerian-event) — published in late April 2026, in the immediate aftermath of the Iran war — engaged the Strait of Hormuz as a Mengerian theater for monetary emergence. The argument: Iran's attempt to collect transit tolls on commercial vessels passing through the Strait, originally proposed in yuan and subsequently expanded to include Bitcoin, was a textbook example of Menger's mechanism by which alternative monetary commodities emerge through specific use cases that create localized but compounding demand. The Strait of Hormuz handles approximately 20 million barrels per day of oil — roughly 20% of global oil consumption — plus substantial liquefied natural gas and dry bulk shipping. Iran's geographic position along the northern shore of the Strait gives it physical access to vessels transiting the chokepoint. The IRGC has historically used this position for harassment of commercial shipping during periods of diplomatic tension. The 2026 toll proposal was a more formal extension of that capability: the Persian Gulf Strait Authority — a newly constituted Iranian government body — announced in late April 2026 that commercial vessels would be required to pay transit fees, with payment accepted in U.S. dollars (where possible through informal channels), yuan, bartered goods, or Bitcoin. Iran's "Hormuz Safe" — a Bitcoin-based maritime insurance platform reportedly promoted by IRGC-affiliated entities — was an attempt to provide a payment-and-insurance mechanism that could operate outside the conventional maritime insurance markets that U.S. sanctions had foreclosed to Iranian shipping. The framework's [Article 2](/forum/hormuz-yuan-toll-mengerian-event) reading: this is the operational form of the Mengerian dynamic, with Bitcoin as one of several candidate substitutes for U.S. dollar settlement. What the Iran seizures demonstrate is that **the U.S. government's capability to disrupt this substitution has been substantial enough, in the specific period when Iran was attempting to implement the Hormuz toll regime, to make the substitution operationally infeasible**. The \$344 million Tether freeze coincided directly with the OFAC update of Central Bank of Iran designations on April 23, 2026 — the same day Iran publicly announced the first toll collection. The timing was not coincidental. The enforcement action was specifically designed to demonstrate, in operational terms, that the IRGC's planned Bitcoin-based toll collection apparatus would not function as a sustainable financial pipeline. The framework's reading of this dynamic is precise: **Iran's attempt to use cryptocurrency for Hormuz toll collection failed not because cryptocurrency is technically incapable of functioning as such a payment rail, but because the specific cryptocurrency instruments Iran was attempting to use (primarily USDT on Tron) face structural confiscation risk at the issuer level that the IRGC's operational sophistication was unable to defeat**. A more carefully designed scheme using genuinely self-custodied Bitcoin transferred between hardware wallets, with operational security sufficient to defeat intelligence-service interdiction, might in principle have functioned. The IRGC did not implement such a scheme; it relied on USDT, which exists by virtue of Tether's smart contract administration, which Tether and OFAC could and did freeze. The framework's [Article 2](/forum/hormuz-yuan-toll-mengerian-event) prediction was that the Hormuz toll dynamic would be a Mengerian emergence event — the kind of localized, use-case-specific demand for alternative monetary instruments that historically produces durable shifts in monetary geography. That prediction has not been falsified; it has been partially constrained by the demonstration that *the specific instruments available for such emergence are structurally vulnerable to the existing reserve-currency authority's enforcement apparatus*. The framework's [Article 13](/forum/13-saleability-audit-bitcoin) saleability audit of cryptocurrency identified this vulnerability for stablecoins specifically. The Iran case demonstrates the vulnerability in operation at scale. ## What the Cryptocurrency Trilogy got right The framework's closed Cryptocurrency Trilogy (Articles [13](/forum/13-saleability-audit-bitcoin), [14](/forum/14-code-was-never-law-bip-361), and [15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar)) made specific structural claims about cryptocurrency that the Iran case now empirically validates. Three claims in particular are worth revisiting against the operational evidence. **Claim 1 (from [Article 13](/forum/13-saleability-audit-bitcoin)): "Bitcoin's saleability is genuinely high on most Mengerian criteria, but the freedom-from-political-weaponization criterion operates differently than the conventional crypto narrative suggests."** The Iran case demonstrates the claim's operational form. Bitcoin held in self-custody, with operational security sufficient to defeat intelligence-service interdiction, retains substantial freedom from political weaponization in the precise sense Menger identified. The framework's [Article 13](/forum/13-saleability-audit-bitcoin) was careful to specify this — Bitcoin's resistance to weaponization is *conditional on operational security and self-custody*, not absolute. The Iran case shows that operational security can be defeated by sufficiently resourced state actors, but does not contradict the underlying claim that properly-implemented Bitcoin self-custody is structurally different from stablecoin or exchange-mediated cryptocurrency holding. **Claim 2 (from [Article 15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar)): "Stablecoins are the operational form of the privatized digital dollar, with the privatization extending the enforcement reach of the dollar issuer rather than escaping it."** The Iran seizures are the operational confirmation of this claim. Tether's \$344 million USDT freeze on April 23, 2026 was, in substantive terms, an extension of OFAC's enforcement authority through a private issuer's smart contract administration. The stablecoin user holding USDT against the dollar enjoys the *upside* of dollar-pegged liquidity without the *downside* of traditional banking-system enforcement reach — except that the downside has been reconstructed at the smart-contract level. The framework's reading: stablecoins did not escape the dollar enforcement apparatus; they extended its reach into the cryptocurrency layer with substantially less procedural protection than the traditional banking system requires. **Claim 3 (from [Article 14](/forum/14-code-was-never-law-bip-361)): "The cryptographic substrate underlying cryptocurrency is itself a structural variable that the conventional industry analysis treats as a constant."** The framework's [Article 14](/forum/14-code-was-never-law-bip-361) engaged the BIP-361 / post-Q Day environment as the specific case where cryptographic substrate variation mattered most. The Iran case extends the structural observation into the more general territory of *operational security and key recovery* — the question of how, exactly, a private key gets from being a closely-held secret to being in the operational control of a state intelligence service. The framework's reading: the cryptographic substrate's strength is one dimension of the problem; the operational substrate's strength (key management, communication security, organizational practice) is another; and both dimensions are vulnerable to state-actor capability in ways the conventional industry analysis does not adequately price. The framework's broader Cryptocurrency Trilogy thesis was that cryptocurrency, taken as a single category, exhibits dramatic *internal heterogeneity* on saleability properties that the conventional industry discussion flattens. The Iran case demonstrates this heterogeneity in operation. Tether USDT held in identified addresses faces near-certain confiscation risk under sanctions enforcement; Bitcoin held in cold storage with sophisticated operational security faces meaningfully lower (though not zero) confiscation risk; exchange-mediated cryptocurrency faces traditional financial-account-level confiscation risk; and the specific operational mechanisms vary across all of these in ways the framework's saleability analysis distinguished correctly. ## The narrative collapse The cryptocurrency industry's public-facing narrative, for most of the past decade, has prominently included some version of the following claims: cryptocurrency is "uncensorable money"; cryptocurrency is "outside government reach"; cryptocurrency is "private and pseudonymous"; cryptocurrency is "a hedge against authoritarian seizure"; cryptocurrency is "the people's money, free from state control." The Bessent statement at the Reagan Forum, taken at face value, contradicts each of these claims at the operational level. The framework's reading is *not* that the claims were uniformly false. They are conditionally true — under specific operational configurations, against specific threat models, for specific cryptocurrency instruments, with specific assumptions about the holder's technical sophistication. The framework's reading *is* that the conventional industry presentation of these claims has consistently elided the conditional structure in ways that produce systematic over-confidence among ordinary users about what their cryptocurrency holdings will actually do under stress. The Iran case provides a specific, dramatic, and verifiable counterexample to the unconditional version of the claims. The Treasury Secretary of the United States, in a public forum, said: we grabbed the wallets, the holders may not know yet, we have approximately one billion dollars. The statement was made to demonstrate U.S. enforcement capability — Bessent was not making a philosophical point about cryptocurrency properties; he was making a deterrent statement about IRGC financial vulnerability. But the statement's significance extends beyond the Iran context. It establishes, on the highest available official record, that the operational capability exists, that it is being exercised, and that the targets are not necessarily aware when it is being exercised against them. The framework's specific analytical observation: **this is structurally analogous to what the January 30, 2026 silver crash ([Article 24](/forum/24-silver-crash-paper-physical)) demonstrated for the precious metals layer**. In both cases, the framework's prior theoretical claims about substrate-fragility were operationally validated by a specific event that made the underlying mechanism visible at unusual clarity. In both cases, the visible event does not invalidate the broader monetary instrument category (silver is still silver, Bitcoin is still Bitcoin), but it does invalidate specific assumptions about how the instruments behave under stress (paper silver is not physical silver, identified-wallet USDT is not self-custodied Bitcoin). The legitimate response within the cryptocurrency community has been substantially more sober than the broader public discussion has reflected. Sophisticated participants have for years understood that USDT is structurally a Tether liability rather than an independent monetary instrument, that exchange custody is fundamentally different from self-custody, and that the privacy properties of various cryptocurrencies vary by orders of magnitude across instrument types. The Iran case has not surprised these participants. It has, however, surprised some portion of the broader user base that absorbed the unconditional version of the industry narrative without internalizing the conditional structure. ## What households should take from this The framework's specific operational observations for household readers with cryptocurrency exposure: **The seizure mechanisms that worked against Iran can work against any holder.** The Iran case demonstrates capability, not target-specificity. The same Tether smart-contract freezing that immobilized \$344 million in IRGC-linked USDT can immobilize any other USDT holdings that OFAC subsequently designates. The same exchange-mediated seizure that took control of Nobitex-held cryptocurrency can take control of any other exchange-held cryptocurrency that is subject to legal process. The same direct wallet seizure that "grabbed" approximately \$1 billion in Iran-linked wallets can grab other wallets where the operational or cryptographic conditions for grabbing are met. The legal targeting (Iran in this case) is independent of the technical capability (which extends to any target the legal framework can reach). **Stablecoin holdings should be understood as smart-contract claims, not as monetary instruments in the traditional sense.** A USDT balance is functionally a Tether liability that has been tokenized for blockchain transferability. The transferability is real; the underlying nature of the claim is not different from holding an unsecured Tether IOU. The framework's reading: stablecoin holdings are appropriate for transactional purposes, including holding modest amounts for the purpose of moving value between cryptocurrency markets and traditional banking, but they are not appropriate as a long-term store of value against substrate-fragility concerns. The structural vulnerability the Iran case demonstrated applies regardless of who the holder is. **Self-custody operational security has become substantially more important.** Cryptocurrency users who have absorbed the narrative that "Bitcoin is uncensorable money" without implementing the operational practices that would make that claim true (cold storage, geographic distribution of seed phrases, separation of holdings across multiple wallets, regular operational security review) are operating under threat models they have not actually defended against. The framework's recommendation: any meaningful cryptocurrency holdings intended as substrate-fragility hedges should be held under operational practices commensurate with the threat model. **The post-quantum cryptography transition matters more than the conventional analysis suggests.** The framework's [Article 14](/forum/14-code-was-never-law-bip-361) engaged this dimension in detail. The Iran case does not establish that quantum capability was used in the wallet seizures, but it does establish that *something* extracted approximately one billion dollars from sophisticated sanctioned targets in roughly ninety days, and the specific Bessent phrasing ("may be typing in right now and might not realize") is more consistent with cryptographic compromise than with operational-security compromise. Households with cryptocurrency holdings should monitor the post-quantum transition closely. Wallets using cryptographic primitives that the BIP-361 framework specifies as quantum-vulnerable should be migrated to quantum-resistant alternatives on the timelines the BIP-361 process indicates. **Geographic and jurisdictional considerations now matter for cryptocurrency holdings the way they have historically mattered for traditional financial assets.** The U.S. enforcement apparatus that operated against Iran-linked wallets can in principle operate against any wallet whose holder is subject to U.S. jurisdiction or whose intermediate transactions touch U.S.-regulated services. Households whose cryptocurrency holdings are motivated by substrate-fragility hedging should think about jurisdictional exposure the way wealth-management professionals have historically thought about it for offshore traditional accounts — with explicit attention to which authorities have legal reach against the holdings under various circumstances. ## The framework's reading Five framework observations follow directly from the Iran case and what the Bessent statement establishes. **First, the framework's prior cryptocurrency saleability analysis is operationally validated.** Articles [13](/forum/13-saleability-audit-bitcoin), [14](/forum/14-code-was-never-law-bip-361), and [15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) of this catalog argued structurally for what the Iran case now demonstrates empirically: cryptocurrency is not a single asset class but a heterogeneous category whose saleability properties vary dramatically by instrument type, with stablecoins facing particularly acute weaponization risk that the cryptocurrency industry narrative has consistently understated. The Iran case is the cleanest single empirical validation of these claims to date. The framework's prior analytical work in the cryptocurrency space holds; the empirical evidence has caught up with the structural analysis. **Second, the privatized digital dollar architecture identified in [Article 15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) has produced exactly the enforcement extension that the framework predicted.** The stablecoin issuer apparatus operates as a private extension of the dollar enforcement system, with smart contract administration providing real-time confiscation capability at substantially lower procedural cost than the traditional banking system enforcement mechanisms require. The framework's reading: this architecture is not going away. The stablecoin industry's regulatory engagement (the GENIUS Act discussions, the various stablecoin-issuer compliance frameworks) is in substantive form an institutionalization of the issuer-as-enforcement-extension pattern that Tether's compliance with the Iran sanctions exemplifies. **Third, the Hormuz toll dynamic the framework identified in [Article 2](/forum/hormuz-yuan-toll-mengerian-event) has been partially constrained but not eliminated.** Iran's attempt to use cryptocurrency for toll collection failed in the specific 2026 instance because the IRGC's operational implementation relied on stablecoins that the issuer could freeze. A more sophisticated implementation using genuinely self-custodied Bitcoin with adequate operational security could in principle have succeeded. The framework's prediction: future state actors attempting to escape U.S. dollar enforcement will learn from Iran's operational mistakes, will implement more sophisticated cryptocurrency arrangements, and will produce a continuing dynamic in which the U.S. enforcement apparatus is forced to develop counter-capabilities while the alternative monetary geography continues to compound. The Mengerian emergence dynamic is not defeated; it is in iteration. **Fourth, the "crypto privacy" narrative has been substantially weakened as a marketing claim**. The framework expects this to produce visible effects in the broader cryptocurrency adoption pattern. Households previously attracted to cryptocurrency primarily for privacy reasons will recalibrate based on the demonstrated empirical evidence. Some portion will exit; some portion will reorient toward instruments that genuinely deliver the privacy properties they originally sought (Monero, Zcash with shielded transactions, mixers, and similar approaches); some portion will continue holding cryptocurrency for non-privacy reasons (speculation, payments, programmability) with explicit acknowledgment that the privacy dimension is weaker than they previously understood. The framework's reading: the cryptocurrency market will produce visible composition shifts over the next 12-24 months as the privacy-narrative recalibration plays out. **Fifth, the broader catalog's substrate-fragility thesis continues to accumulate empirical validation across disparate sectors.** The framework's prior installments have documented substrate failure or near-failure in banking ([Article 16](/forum/16-two-failures-a-year)), housing (Articles [17](/forum/17-metro-saleability-map), [18](/forum/18-lakeland-saleability-collapse), and [19](/forum/19-tax-plus-insurance-wedge)), measurement systems ([Article 20](/forum/20-aggregates-that-lie)), property rights ([Article 22](/forum/22-eminent-domain-ai-data-centers)), credentialing ([Article 23](/forum/23-credential-that-could-not-compound)), and precious metals ([Article 24](/forum/24-silver-crash-paper-physical)). The Iran case adds cryptocurrency to the list. The pattern is not that each individual sector is failing simultaneously; the pattern is that the *substrate-layer dependencies* that the framework's analytical approach identifies are visible across all of these sectors when subjected to specific empirical tests. The framework's broader claim — that monetary architecture in 2026 has accumulated substrate fragility that is no longer fully visible in conventional aggregate indicators — is supported by the cumulative weight of these specific cases. ## The closing observation In December 2008, an anonymous developer using the pseudonym Satoshi Nakamoto published a whitepaper proposing "a purely peer-to-peer version of electronic cash" that would "allow online payments to be sent directly from one party to another without going through a financial institution." The Bitcoin network went live in January 2009. The Genesis block contained a now-famous encoded message: a reference to a January 3, 2009 headline from The Times of London — "Chancellor on brink of second bailout for banks." The technological achievement that Bitcoin represented was real. The cryptographic architecture was novel and well-designed. The economic incentive structure was carefully calibrated. The implementation worked, and continues to work, in essentially the manner the original whitepaper described. The framework has consistently engaged Bitcoin and the broader cryptocurrency ecosystem with respect for what the technology actually accomplished. What the framework has equally consistently argued is that the *narrative* that grew around the technology overstated the practical implications of the technical achievement in specific ways. The technical achievement was a payment network that operated without intermediaries. The narrative claimed that this implied freedom from state authority. These are not equivalent claims. State authority operates through many channels, only some of which involve intermediaries in the traditional banking sense. The seventeen years since Bitcoin's launch have included sustained development of state capabilities to operate against cryptocurrency at multiple levels — through stablecoin issuer compliance, through exchange-level enforcement, through cryptocurrency analytics firms, through cryptographic compromise capability development, and through the broader institutional apparatus that the framework's catalog has been documenting. Treasury Secretary Bessent's "we just outright grabbed the wallets" statement at the Reagan Forum on May 29, 2026 is the cleanest single demonstration of these capabilities operating at scale. The statement is striking not because it is unexpected — sophisticated cryptocurrency participants have understood these capabilities for years — but because it is *officially confirmed in a public forum by the cabinet officer responsible for the operations*. The narrative had room to operate while the capabilities were merely suspected; it has less room when they are publicly disclosed at scale by the executor of the disclosed program. The framework's Cryptocurrency Trilogy claimed in the abstract that cryptocurrency's saleability properties were heterogeneous, that stablecoins faced structural confiscation risk, and that the privacy narrative obscured more than it revealed. The Iran case validates those claims with a one-billion-dollar empirical demonstration. The framework's analytical posture remains what it has been throughout the catalog: descriptive of the structural reality, attentive to the heterogeneity that aggregate discussion flattens, and explicit about the conditions under which various claims hold or fail. Cryptocurrency continues to exist; the technology continues to function; the legitimate use cases continue to operate. *The honest version of the narrative is just smaller than the marketing version has been*, and the Iran case has made that gap visible at unusual clarity. The next installment of *Watching the Cracks* will engage whichever empirical event most demands framework engagement when it arrives. The watching continues. The structural validation continues to accumulate. The framework's broader case for taking substrate-fragility seriously across multiple sectors continues to strengthen as the specific events keep arriving in the empirical record. --- *This is the ninth installment of "Watching the Cracks." The framework's predictions recorded here for future testing: stablecoin issuer compliance with sanctions enforcement will continue to extend rather than retreat over the next decade; future state actors attempting to escape U.S. dollar enforcement through cryptocurrency will produce a continuing iteration of capability and counter-capability; the cryptocurrency market will see visible composition shifts toward genuinely privacy-preserving instruments over the next 12-24 months as the broader narrative recalibration plays out; the post-quantum cryptography transition will become increasingly consequential as cryptographic compromise capability development continues. The Bessent statement at the Reagan National Economic Forum on May 29, 2026 is the catalog's reference point for U.S. cryptocurrency enforcement capability as of the publication date.* --- # Paper, Physical, and the Silver Crash of January 30: What the Framework Reads in the Data URL: https://newaustrianeconomics.com/forum/24-silver-crash-paper-physical/ Date: 2026-05-30 Author: Jason D. Keys Tags: silver, JPMorgan, COMEX, paper-physical decoupling, Menger, Fekete, saleability, Working Group on Financial Markets, Hunt Brothers, CFTC, concentration Description: On January 30, 2026, silver lost approximately 32% of its dollar value in two trading days — from roughly $120 per ounce to $78.29 at the precise bottom. Gold dropped 11% on the same day. Approximately $2.5 trillion in precious metals market value was erased. It was the largest single-day move in silver since 1980, the year the Hunt Brothers' attempted corner was broken by COMEX rule changes. JPMorgan, fined $920 million by the Department of Justice in 2020 for documented manipulation of precious metals between 2008 and 2016, was reported to have issued exactly 633 February silver contracts at the $78.29 settlement on the day of the bottom. This essay engages the crash as the cleanest single empirical demonstration of substrate-layer failure the framework's catalog has documented, while maintaining strict discipline about what the data establishes versus what subsequent commentary has alleged. # Paper, Physical, and the Silver Crash of January 30: What the Framework Reads in the Data In the final two trading days of January 2026, the price of silver collapsed from approximately \$120 per ounce to \$78.29 — a 32% drop in roughly forty-eight hours. Gold lost 11% over the same window. Combined precious metals market value erased: approximately \$2.5 trillion. The crash was the largest single-day move in silver since 1980, the year the Hunt Brothers' attempted corner of the silver market was broken by COMEX rule changes that forced their leveraged positions into forced liquidation. It was also, in framework terms, the cleanest single empirical demonstration of operational substrate-layer failure that the catalog has documented in real time. The conventional explanation offered in the immediate aftermath was a "margin liquidation cascade" triggered by President Trump's nomination of Kevin Warsh as Federal Reserve Chair, which produced what one analyst described as "a \$15 trillion liquidation cascade" across leveraged positions in multiple asset classes. The mechanism, as conventionally described: silver had run from approximately \$40 in early September 2025 to its \$120 peak in late January 2026, drawing in substantial leveraged long positions through both COMEX futures and the SLV ETF; the Warsh nomination triggered broader risk-off positioning; CME raised margin requirements sharply during the rapid price decline; leveraged longs unable to meet the new margin requirements were force-liquidated; stop-loss orders triggered cascading sell pressure; the price fell until forced liquidation exhausted itself. By the conventional account, the crash was a routine margin-driven correction in an extended speculative run, structurally similar to the May 2011 silver crash that took the price from \$49 to \$26 after CME raised margins five times in two weeks. This essay argues that the conventional explanation captures the proximate mechanics but misses what the framework reads as the structurally consequential observation: **the crash demonstrated, in real-time and at scale, exactly the paper-physical decoupling mechanism that the framework's substrate-layer analysis has been describing across this catalog**. Specifically, the silver market on January 30 showed a clean operational separation between the paper price (COMEX futures, SLV ETF) which collapsed and the physical price (Shanghai, London cash market, retail bullion premiums) which substantially did not. The collapse was not driven by an oversupply of physical silver suddenly entering the market; it was driven by forced liquidation of paper positions in a market whose paper claims substantially exceeded its physical backing. The framework's reading of this event is that **it is the operational illustration, at the precious metals layer, of the same substrate-fragility pattern this catalog has identified in housing finance ([Article 8](/forum/08-agency-mbs-paper-substitute)), in agency MBS (also [Article 8](/forum/08-agency-mbs-paper-substitute)), in the Florida insurance market ([Article 18](/forum/18-lakeland-saleability-collapse)), and in the operational substitute layer at the central bank level ([Article 21](/forum/21-operational-substitute-layer-firsthand))**. This essay is the eighth installment of *Watching the Cracks*. It engages the crash in five sections. First, the documented data — what happened on January 30, 2026, established as cleanly as the contemporaneous record allows. Second, the structural context — the supply-deficit conditions and the concentration patterns that made the cascade possible. Third, the JPMorgan question — what the contract data shows, what it does not show, and how to think about it given the 2020 settlement. Fourth, the Working Group on Financial Markets and the broader institutional substrate that operates around events like this. Fifth, the framework's reading and what it implies for the catalog's broader claims. A note on epistemological discipline before proceeding. This is the most evidence-sensitive topic the catalog has engaged. The 2020 CFTC and DOJ settlement against JPMorgan for documented spoofing of precious metals between 2008 and 2016 — for which the bank paid \$920 million — is established fact. The contract issuance data from January 30, 2026 is published in CME delivery reports and verifiable. The price moves are public. The Shanghai-COMEX premium divergence is documented. *Beyond these, the framework will be careful to distinguish what is established from what is inferred, and to mark each transition.* Conspiracy-adjacent narratives have circulated heavily around this event, and the framework's value-add is in rigorous engagement with the data, not in amplification of unverified claims. ## What happened, established The silver price on Friday, January 30, 2026 opened at approximately \$119.50 per ounce and closed at \$78.29 — a single-session decline of approximately 34%. The decline began in the European session and accelerated through the New York session. Gold moved in approximate proportional sympathy, declining 11% over the same window. The decline continued into the Monday February 2 session before stabilizing in the \$80-85 range over the following weeks. The triggering event was the announcement that evening of Kevin Warsh's nomination as Federal Reserve Chair to replace the previous chair. Warsh, a former Fed Governor (2006-2011) widely associated with hawkish monetary policy views, was understood by markets to represent a meaningfully more restrictive policy environment than the alternative candidates who had been discussed in financial press in the weeks preceding the nomination. The market response was broad — equities declined, the dollar strengthened, Treasury yields rose, and the leveraged speculative positions that had built up across multiple asset classes during the late 2025 risk-on environment came under simultaneous pressure. The silver-specific mechanics, drawing from COMEX records, CME announcements, and contemporaneous market commentary: **The CME raised margin requirements** for COMEX silver futures during the rapid price decline. The exact magnitude and timing of the margin hikes are documented in CME notices. Increased margins reduce the leverage available to existing positions; positions that were viable at the prior margin level may no longer be viable at the new one, requiring either additional capital posting or position closure. **Forced liquidation cascaded through the market**. Leveraged long positions that could not meet the new margin requirements were closed by their brokers, producing sell pressure that drove the price lower, triggered additional margin calls, and produced further forced liquidation. This is the standard mechanism by which margin spirals operate, and it is structurally identical to what happened in the May 2011 silver crash and the 1980 Hunt Brothers liquidation. **The SLV ETF authorized participant mechanism reportedly broke down**. The standard arbitrage that keeps ETF prices aligned with net asset value involves authorized participants buying shares at a discount and redeeming for the underlying assets at NAV. During the January 30 crash, this mechanism appears to have stopped operating cleanly — SLV traded at material discounts to its underlying silver holdings for periods through the day, suggesting that the APs were unable or unwilling to execute the standard arbitrage, possibly because the underlying physical silver was either unavailable for immediate delivery or was being demanded by other parties at premiums that exceeded the arbitrage spread. **JPMorgan Securities reportedly issued 633 February silver contracts at the settlement price of \$78.29 on January 30**. This number is drawn from CME delivery reports and has been cited consistently across multiple commentary sources. Each silver contract represents 5,000 ounces, so 633 contracts represents 3,165,000 ounces of silver — roughly \$247 million in market value at the \$78.29 settlement. In CME terminology, "issuing" a contract during the delivery process means the issuer is on the short side of the agreement and is providing physical delivery to the counterparty. **Physical silver markets in Shanghai, London, and elsewhere did not decline proportionally with the COMEX paper price**. Shanghai physical silver traded at substantial premiums to the COMEX price during and after the crash. Retail bullion premiums in U.S. markets widened to levels not seen since 2020. The London Bullion Market Association (LBMA) does not publish position data with the granularity that would allow direct comparison, but contemporaneous reporting from physical silver dealers indicated that physical material was scarce at any price near the COMEX paper level. These are the documented facts. They are not in serious dispute. ## The structural context The crash occurred against a structural background that the framework has been tracking for some time. Three contextual features are critical to understanding what made the cascade possible. **The physical supply deficit.** Silver mine production has declined from approximately 900 million ounces in 2016 to approximately 835 million ounces in 2025. Industrial demand has grown substantially, driven by photovoltaic solar panel manufacturing (which uses approximately 100 million ounces per year and growing), electric vehicle production, and increasingly the build-out of AI data center electrical infrastructure (silver is used heavily in high-voltage transmission and switchgear). The Silver Institute's 2025 World Silver Survey documented an annual structural deficit of approximately 164 million ounces — the fifth consecutive year of deficit. Total above-ground vault inventories at COMEX, LBMA, and Shanghai have been declining since 2021. The condition entering the January crash was a market in which physical demand was running roughly 20% above mine supply on an annual basis, with the gap being met by drawdowns from above-ground inventory. **The paper-physical ratio on COMEX.** The framework's catalog has cited the figure of approximately 300 paper ounces traded per physical ounce of registered COMEX inventory, drawing on industry estimates that have circulated for years. The exact ratio is contested — defenders of the system argue that the figure conflates different categories of paper claims and overstates the effective leverage; critics argue that the figure understates the effective paper-to-physical ratio because it does not include London OTC positions, swap dealer offsetting positions, and other off-COMEX paper. The framework's reading of the contested figure is that the *direction* is unambiguous (paper claims substantially exceed physical backing) even where the *exact magnitude* is unsettled. The COMEX entered the January crash with registered silver inventory of approximately 30 million ounces against open interest representing substantially more. **The concentrated short position.** The CFTC publishes Commitments of Traders (COT) reports weekly that disaggregate position data by trader category. The reports do not name individual institutions, but the categories — "Commercial," "Swap Dealer," "Managed Money," "Other" — allow inference about which kinds of participants are positioned which way. As of the December 30, 2025 COT report (the most recent available before the late-January crash), commercial traders held a net short position of approximately 50,262 contracts in COMEX silver, equivalent to approximately 251 million ounces. The bullion bank category specifically (Swap Dealers) was net short approximately 220 million ounces at comparable timing. The CFTC's own published methodology — which the agency uses to identify potential market manipulation across regulated commodities — treats concentrated short positions as the primary statistical signal for downward price manipulation risk. The silver market's concentration ratios have consistently been at the upper end of the agency's observed range across regulated commodities for at least three decades. These three features together describe a market in which paper claims substantially exceed physical backing, in which a small number of bullion bank participants hold large net short positions on the paper side, and in which the underlying physical demand-supply balance is structurally tight. **In framework terms, this is a textbook substrate-fragility configuration**: the surface market (COMEX paper) appears liquid and tradeable, but the foundation (physical silver capable of delivery) is thin enough that any forced redistribution of paper positions can produce an unstable cascade. The January 30 crash was the cascade. The Warsh nomination was the trigger. The CME margin hikes were the amplification mechanism. The forced liquidation of leveraged longs was the dynamic that drove the price down to the \$78 trough. *None of this required coordinated manipulation; the structural configuration was sufficient to produce the outcome once any plausible trigger arrived*. This is the framework's analytical observation about the mechanics of substrate failure: the failure does not require malice; it requires only that the structural conditions accumulate to the point where any plausible triggering event will produce the cascade. ## The JPMorgan question The JPMorgan dimension of the crash story is where careful epistemological discipline becomes most important. There are three distinct claims circulating in the commentary, and the framework's job is to address each at the appropriate evidentiary level. **Claim 1: JPMorgan was net short silver heading into the crash.** This is consistent with the published COT data showing the bullion bank category as net short approximately 220 million ounces, and with the bank's historical positioning across decades. Multiple secondary sources have made this specific claim. The CFTC does not publish position data identifying individual institutions, so this cannot be confirmed at the institutional level from the public data alone. The framework's reading: **this claim is consistent with the public data, is consistent with the bank's historical positioning, and has not been contradicted by JPMorgan itself, but is not directly verifiable in the published records**. **Claim 2: JPMorgan issued 633 February silver contracts at the \$78.29 settlement on January 30, taking physical delivery from counterparties at the bottom of the crash.** This is documented in CME delivery reports under the institutional identifier for JPMorgan Securities. The number 633 represents 3,165,000 ounces. In CME terminology, the issuer in a delivery process is the party that was short the contract and is providing physical delivery to the long. Taking physical delivery near the bottom of a price cascade, after having been short on the way down, is consistent with closing out a short position by delivering physical (which the short had to source from inventory or by entering offsetting long positions) at a substantially lower price than where the short was opened. The framework's reading: **the contract issuance is documented; the inference that this represents profit-taking on a short position established at higher prices is logically consistent with the data but is a post-hoc inference rather than directly observable**. **Claim 3: JPMorgan engineered the crash through coordinated manipulation to profit from forced liquidations of leveraged longs.** This is the claim that has circulated most prominently in social media and alternative finance commentary, particularly given the bank's documented history. The framework's reading: **this claim has not been established. It is not currently the subject of active regulatory enforcement. The CFTC has not announced new investigations specifically tied to the January 30 event. The contract data is consistent with the claim but is also consistent with the bank simply having operated within the structural cascade rather than having engineered it. The framework does not have an analytical basis for asserting this claim beyond what the contract data alone establishes.** What can the framework usefully say given these distinctions? First: **the bank's documented history matters and cannot be set aside**. On September 29, 2020, the U.S. Department of Justice and the Commodity Futures Trading Commission announced a \$920 million settlement with JPMorgan Chase for spoofing and manipulation of precious metals markets between 2008 and 2016. This was not an allegation; it was a settlement in which the bank admitted to the conduct described in the deferred prosecution agreement. The conduct included tens of thousands of spoofing episodes across multiple traders, sustained over approximately eight years, involving both gold and silver. The settlement established as fact that this specific institution engaged in this specific category of misconduct for an extended period. The framework's reading: when the same institution subsequently appears in the documented record of the largest single-day silver crash since 1980, having previously paid the largest precious metals enforcement penalty in CFTC history, the analytical posture cannot be to treat its presence as coincidental. *The proper posture is to note that the institution has a documented pattern of relevant misconduct, that the contract data shows positions consistent with profit-capture during the crash, and that whether the specific January 30 events constituted manipulation will require regulatory investigation that has not yet been announced.* Second: **the structural configuration that produced the crash does not require coordinated manipulation to explain**. The substrate-fragility conditions described in the previous section were sufficient to produce a cascade once any plausible trigger arrived. The framework's broader claim across the catalog has been that substrate-layer failures emerge from structural configurations rather than from individual bad actors. The silver market's substrate fragility was visible in published data for years before the crash. The Warsh nomination was a plausible trigger that any reasonably informed market participant could have anticipated as having significant volatility implications. The CME margin hikes were standard exchange procedure during periods of rapid price movement. None of this required coordination; it required only that the structural conditions had accumulated to the point where the cascade was waiting for any plausible trigger. Third: **the regulatory framework's structural inability to address the concentration is the more consequential observation**. The CFTC has published, consistently and over decades, position data showing concentrated short positions in COMEX silver. The agency's own methodology treats such concentrations as the primary signal of potential manipulation. The agency has, equally consistently, declined to act on the signal it publishes. The 2020 settlement addressed *spoofing* (specific illegal trading practices) but did not address *concentration* (the structural feature that the framework's analysis identifies as the substrate-fragility condition). The framework's reading: **the institutional inability or unwillingness of the CFTC to address concentration as a structural matter, even after settling enforcement actions against the same institutions for related misconduct, is the systemic-level observation that the January 30 event makes most visible**. ## The Working Group on Financial Markets and the broader institutional substrate The framework's catalog has previously identified the President's Working Group on Financial Markets — colloquially the "Plunge Protection Team" or PPT — as an institutional substrate component that operates around significant market stress events. The Working Group was established by Executive Order 12631 in March 1988 after the October 1987 stock market crash. Its current statutory membership: Secretary of the Treasury (chair), Chairman of the Federal Reserve, Chairman of the Securities and Exchange Commission, Chairman of the Commodity Futures Trading Commission. Its statutory function is to "advise the President on financial markets and economic affairs." Its activities are not minuted, its advice to the President is not published, and its operational influence on market events is documented primarily through inference from circumstantial evidence (timing of market recoveries after suspected interventions, public statements from former members, leaked commentary from financial press sources). The framework's analytical engagement with the Working Group has consistently maintained that its existence is documented and uncontroversial, that its formal statutory function is unobjectionable on its terms, and that the *operational scope* of its activities is not publicly disclosed and is therefore not amenable to direct analytical treatment. What the framework can do is note when the structural conditions for Working Group engagement are present, and what such engagement would plausibly look like if it occurred. The January 30, 2026 silver crash sits squarely within those structural conditions. The trigger — the Warsh Fed Chair nomination — was a Treasury-administration event with broad financial-market implications. The cascade affected multiple asset classes simultaneously (precious metals, equities, leveraged credit). The institutional concentration on the short side of the silver market overlapped substantially with the institutions that have historically been understood as primary dealers of Treasury securities and as significant counterparties to the Federal Reserve's open market operations. The Federal Reserve's emergency lending facilities, while not invoked in the immediate aftermath, have been available since 2008 for precisely the kind of acute liquidity stress that a forced-liquidation cascade can produce. The framework's careful position: **the Working Group on Financial Markets exists, its membership and statutory function are public, its activities around specific market events are not. Whether the Working Group convened around the January 30 event, what it discussed, and what actions if any were coordinated through its mechanisms are not publicly knowable. The structural conditions that would plausibly trigger Working Group engagement were present. The post-event market stabilization in the precious metals and broader risk asset markets occurred more rapidly than the underlying structural conditions would have predicted in the absence of institutional support. The framework cannot make a stronger claim than this with the available evidence.** What the framework can engage at full analytical depth is the *structural relationship* between the Working Group's existence and the kind of concentrated paper market positioning that the silver market exemplifies. The structural pattern: a small number of large financial institutions hold concentrated paper positions in specific markets; those same institutions are systemically important counterparties to the Federal Reserve and Treasury; in conditions of acute market stress that would require those institutions to liquidate their concentrated positions, the institutional apparatus available to support those institutions (Working Group coordination, Federal Reserve emergency lending, Treasury market interventions) is meaningfully larger than the analogous apparatus available to support smaller market participants. The framework's reading: **the existence of this institutional apparatus does not require it to operate corruptly to have structural consequences. The mere existence of asymmetric support availability creates asymmetric risk-taking incentives among the supported institutions, and asymmetric risk-taking incentives over time accumulate into asymmetric position concentrations of the kind the silver market exemplifies.** This is the framework's broader observation about modern financial architecture, expressed in the silver market case. The substrate that supports concentrated positioning in specific markets is itself a substitute-layer phenomenon. The institutions that benefit from the support produce concentrated positions; the positions produce structural fragility; the structural fragility produces episodic crashes; the crashes produce wealth transfer from non-supported to supported market participants; the wealth transfer further concentrates the position-holders. The cycle is self-reinforcing. ## What the framework reads Five framework observations follow directly from the January 30 event and its surrounding context. **First, the paper-physical decoupling is now operationally demonstrated at scale.** The framework's substrate-fragility analysis has been describing the paper-physical relationship in theoretical terms for the catalog's full run. The January 30 crash showed the relationship operating in real time: COMEX paper silver collapsed 32%; physical silver in Shanghai, London, and retail markets substantially did not. The decoupling is empirical now, not theoretical. Any future analysis of the precious metals markets that treats COMEX paper price as a reliable proxy for physical metal value is operating on outdated information. **Second, the Mengerian saleability spectrum has been operationally validated for silver.** [Article 13](/forum/13-saleability-audit-bitcoin) of this catalog applied Menger's saleability framework to Bitcoin and other digital assets. The same framework applied to physical silver produces a high saleability score on most criteria (divisibility, durability, transportability, homogeneity, widespread demand) with one notable impairment: freedom from political weaponization. The January 30 event demonstrated that the political-weaponization risk for silver operates through paper-market interventions rather than through direct property seizure — but the operational effect is the same. **Physical silver in your possession on January 30 retained substantially full value; paper silver in your COMEX or SLV positions did not.** The framework's reading: the saleability difference between paper and physical claims on the same underlying metal is now empirically visible, not just theoretically arguable. **Third, the CFTC's structural inability to address concentration is itself the diagnostic.** The agency publishes concentration data weekly. Its own methodology treats concentration as the primary manipulation signal. It has settled enforcement actions against the institutions whose concentration is most visible in the data. *And the concentration has continued to operate without structural reform across decades*. The framework's reading is that this is not a regulatory failure that better personnel or stronger statutes would resolve; it is a structural feature of the relationship between the regulated institutions and the regulating apparatus. The framework's specific empirical claim, recorded here: **concentration in COMEX silver short positions will remain at or near current levels through the next decade regardless of any specific CFTC enforcement action that may follow from the January 30 events.** **Fourth, the precious metals saleability framework now requires distinguishing paper claims from physical claims explicitly.** For most of the post-1971 fiat monetary period, the saleability of gold and silver was discussed as if paper claims (futures, ETFs, allocated and unallocated accounts) and physical metal were substantively interchangeable. The framework's prior analysis was already moving toward distinguishing them; the January 30 event makes the distinction operational. **A household considering precious metals exposure as a Fekete-style hedge against substrate-layer fragility cannot, after January 30, treat paper silver and physical silver as equivalent**. The instruments are different. The saleability properties are different. The behavior under stress is now demonstrably different. The framework's specific guidance: any saleability-motivated precious metals position should be in physical metal stored in custody arrangements that allow direct possession and that do not depend on the COMEX or LBMA delivery mechanisms for redemption. **Fifth, the broader catalog's substrate-layer thesis is now validated by a specific empirical event.** The framework has been describing substrate-layer fragility theoretically across 23 prior essays. The January 30 silver crash provides the cleanest single empirical event that demonstrates the framework's structural claims in operation. The mechanics it documented — paper claims substantially exceeding physical backing, concentrated positions on the short side, exchange margin authority operating asymmetrically in favor of large concentrated participants, cascading forced liquidation, paper-physical decoupling under stress, opaque institutional substrate support for the affected concentrated institutions — these are the exact mechanisms the catalog has been describing in housing finance, in banking, in monetary architecture, and in regulatory operation. The silver market is not unusual in having these mechanisms. The silver market is unusual in having them all operate together with such clarity in a single 48-hour window that the data could not be obscured after the fact. ## What households should take from this The framework's specific operational observations for household readers: **Physical possession matters more than the conventional financial advice has historically suggested.** The post-1971 financial planning literature has consistently treated paper claims on precious metals (ETFs, futures, allocated accounts) as substantively equivalent to physical metal for most household purposes, with physical possession discussed primarily as a preference for some investors rather than as a structurally distinct asset class. The January 30 event demonstrates that the difference between paper and physical claims is structurally significant under stress, not merely a matter of preference. Households whose precious metals exposure is motivated by substrate-fragility concerns should hold physical metal in custody arrangements that do not depend on the paper-market delivery mechanisms for redemption. **The 2020 JPMorgan settlement should be treated as ongoing context, not as historical artifact.** The settlement covered conduct through 2016. The framework's reading is that the underlying institutional incentives that produced the conduct have not been structurally addressed by the settlement, and that the structural conditions that produced the January 30 crash are continuous with the conditions that produced the 2008-2016 conduct. Households making financial decisions in markets where the same institutions are dominant participants should price the institutional history into their analysis. **The Working Group on Financial Markets exists.** Households making long-term financial decisions should understand that the institutional apparatus that supports systemically important financial institutions during stress events is meaningfully larger and more responsive than the apparatus available to support smaller market participants. This is not a moral or political claim; it is an operational observation about the structure of the U.S. financial system. Asymmetric institutional support produces asymmetric risk profiles, and the framework's specific guidance is that household financial decisions should be made with awareness of where in the asymmetry the household sits. **Concentration ratios are public data and worth tracking.** The CFTC publishes weekly COT reports. The reports are free, downloadable from the agency's website, and require modest analytical effort to interpret. A household with even modest precious metals exposure can track the concentration data and observe when conditions of acute structural fragility are emerging. The framework's specific recommendation: any household with meaningful precious metals exposure should review the weekly COT data as a standing diagnostic practice. ## The closing observation The Hunt Brothers' attempted silver corner in 1979-1980 ended when COMEX changed its trading rules to prevent the Hunts from continuing to demand physical delivery against their long positions, forcing them into liquidation through margin calls and rule changes that broke their leveraged position. The Hunts lost an estimated \$1 billion in 1980 dollars (approximately \$4 billion in 2026 dollars). The 1980 episode established as historical record that *the exchange has the authority to change rules during stress events in ways that protect the institutional participants on one side of the market against the leveraged participants on the other side*. The roles in 1980: longs (the Hunts) were the leveraged participants being broken; shorts (the bullion banks) were the protected institutional participants. The January 30, 2026 silver crash follows the same structural pattern with the roles reversed. The leveraged participants being broken were longs holding paper silver claims at the \$120 peak; the protected institutional participants were the concentrated shorts on the other side of those claims. The exchange's margin authority operated to break the longs, exactly as it had operated to break the Hunts. The mechanism was structurally identical; only the participants on each side had changed. The framework's broader catalog has been describing exactly this kind of substrate-protected institutional arrangement across multiple markets and contexts. The January 30 silver crash made the pattern visible at unusual clarity in a single market and a single 48-hour window. The framework does not need to claim that any specific individual or institution engineered the cascade. The framework needs only to claim that the structural conditions that produced the cascade were visible in published data for years before the event, that the institutional apparatus protecting the concentrated participants is documented in statute and operational practice, and that the cascade's specific timing and the contract data from the bottom of the move are *consistent with* a structural pattern the framework's analysis has been describing across 23 prior essays. The pattern is now visible. The January 30 crash is in the empirical record. The framework's reading of what it shows is what this essay has documented. The watching continues — and the precious metals layer has now been added to the list of markets where the framework's substrate-fragility analysis has been operationally validated. --- *This is the eighth installment of "Watching the Cracks." The framework's predictions recorded here for future testing: concentration in COMEX silver short positions will remain at or near current levels through the next decade regardless of any CFTC enforcement action following the January 30 events; paper-physical decoupling episodes will recur in precious metals at intervals consistent with the substrate-fragility configuration; the Working Group on Financial Markets will continue operating with its current statutory framework and undisclosed activity scope through at least the current decade. The catalog's broader substrate-layer thesis is now empirically validated by the silver market event in ways that earlier theoretical treatment could only argue.* --- # The Credential That Could Not Compound: College Costs, Closures, and What AI Reveals About the Degree URL: https://newaustrianeconomics.com/forum/23-credential-that-could-not-compound/ Date: 2026-05-29 Author: Jason D. Keys Tags: college, tuition, Hampshire College, demographic cliff, AI, Menger, Fekete, saleability, credentials, higher education Description: Hampshire College announced its permanent closure on April 14, 2026. Anna Maria College followed nine days later. Eight nonprofit colleges have announced closures so far in 2026, on top of seven in 2025 and seventeen in 2024 — forty-eight institutions in total since March 2020, affecting more than 52,000 students. The headline causes are demographic and financial. The framework's reading is that the underlying cause is older and more structural: college tuition has compounded at approximately 5.92% annually since the BLS began tracking it in 1977, against overall inflation of 3.51% and wage growth substantially below tuition for the entire period. The credential that the financial premise required to continue growing in value has, in framework terms, run out of saleability runway — and the arrival of AI as a substantively comparable substitute for many of the cognitive tasks the degree was supposed to certify removes the last structural prop holding the system together. # The Credential That Could Not Compound: College Costs, Closures, and What AI Reveals About the Degree On April 14, 2026, the Board of Trustees of Hampshire College — a private liberal arts institution in Amherst, Massachusetts, founded in 1965 as an experimental alternative to traditional undergraduate education, alma mater of Ken Burns and Lupita Nyong'o — voted to permanently close the institution at the end of the fall 2026 semester. The school had narrowly avoided closure in 2019 through a last-minute alumni fundraising effort, had attempted a turnaround that included refinancing \$21 million of debt and selling off campus land to raise funds, and had seen enrollment recover from a low of 472 students in 2021 to 844 by 2024. The recovery did not hold. Fall 2025 enrollment fell 11.3% to 747 students. The endowment, which stood at \$54 million in 2019, has fallen to approximately \$24 million. The trustees concluded that no realistic financial path existed to continue operations beyond December 2026. Nine days later, on April 23, the Board of Trustees of Anna Maria College — an 80-year-old Catholic institution in Paxton, Massachusetts — announced that academic operations would cease at the end of spring 2026. The Massachusetts Department of Higher Education had formally flagged the college as a closure risk less than two weeks earlier. With Anna Maria's announcement, the count of 2026 nonprofit college closures reached eight. Combined with seven closures in 2025 and seventeen in 2024, the post-pandemic total approaches **forty-eight institutions closed or announced for closure since March 2020, affecting more than 52,000 students**. The conventional explanations for the closures are well-documented and largely correct as far as they go: declining enrollment, the demographic cliff (the relatively small high-school graduating cohorts now reaching college age, reflecting the post-2008 birth rate decline), competition from larger institutions, regional concentration of supply in the Northeast and Midwest, the structural difficulty of small institutions with high fixed costs and low endowments. Hampshire's NECHE accreditation report identified specific local factors: failure to sell off land assets, inability to restructure debt, overreliance on endowment funds for operations. Each closure has its specific contributing causes. The framework's analytical job is not to dispute any of these factors but to identify what they have in common and what the underlying structural pattern reveals. This essay is the seventh installment of the *Watching the Cracks* series. It does three things. First, it walks through the cost trajectory that produced the current situation — forty-six consecutive years of college tuition compounding faster than overall inflation and faster than wages. Second, it applies the framework's saleability analysis to the college degree itself, treating the credential as an asset class whose monetary properties have been systematically degraded by the same trajectory that produced the financial pressure on the institutions issuing it. Third, it engages what artificial intelligence specifically does to the degree's value proposition — not as a future threat, but as a present-tense reality that is already reshaping employer hiring decisions and student return-on-investment calculations. The framework's reading runs through all three: **the credential is, in Menger's terms, a low-saleability asset that has been treated as a high-saleability asset by financial markets, household decision-making frameworks, and institutional planning, for several decades; the gap between the assumed properties and the actual properties has been widening steadily; and the closures now visible in the data are the institutional manifestation of that gap closing.** ## The cost trajectory The Bureau of Labor Statistics began tracking the Consumer Price Index for College Tuition and Fees in 1977. The index value at that time was 57.9. The April 2026 index reading was 967.9. The cumulative increase: **1,571% over 49 years, an average annual rate of 5.92%**. The corresponding figures for the overall Consumer Price Index across the same period: 3.51% annual average, 408% cumulative increase. Tuition has outpaced overall inflation by approximately 2.4 percentage points per year, every year, for nearly half a century. The cumulative effect of compounding at a 2.4 percentage point premium for 49 years is visually striking. The chart below presents the trajectory. ![College tuition (red) has risen 1,266% since 1980 versus 293% for overall CPI (black) and 510% for median household income (green). The widening gap between tuition and the other two series visualizes the saleability compression the essay describes.](/images/forum/college-tuition-vs-cpi-wages.png) The framework's reading of this chart is that what looks like a single phenomenon — "tuition rising faster than inflation" — is actually three distinct dynamics operating simultaneously. **Dynamic 1: Cost-push inflation specific to the higher education sector.** Higher education is structurally labor-intensive (faculty salaries, administrative staff, support services) and is not easily susceptible to the productivity improvements that have reduced unit costs in other sectors. Baumol's cost disease — the observation that labor-intensive services that resist automation will see prices rise relative to the broader economy as productivity-driven wage growth in other sectors pulls labor costs up in the unproductive sectors — explains a substantial portion of the cost trajectory. The framework's reading: this is a real factor and accounts for perhaps 1-1.5 percentage points of the 2.4 percentage point premium. **Dynamic 2: Subsidy capture through the federal student loan program.** The federal direct loan program has expanded substantially since its original 1965 authorization. By 2024, outstanding federal student loan debt had reached approximately \$1.6 trillion, with average debt-at-graduation of \$38,792. The framework's reading is that the availability of federal lending has functioned as a subsidy whose capture has flowed primarily to the institutions rather than to the students. Where a student can borrow more, institutions can charge more, and the loan availability has expanded faster than the underlying value being delivered. This is the Bennett hypothesis (named for William Bennett's 1987 observation), and the framework treats it as an additional 0.5-1.0 percentage points of the trajectory. **Dynamic 3: Signaling-and-credentialing dynamics that reward fixed-position institutional status.** Higher education functions partly as a signaling mechanism — the degree conveys information about the holder's prior cognitive performance, work ethic, and ability to complete extended structured tasks. Where a degree from an institution with a higher position in the perceived prestige hierarchy is worth more than a degree from a lower-position institution, the price the higher-position institution can charge is bounded primarily by the marginal applicant's willingness to pay rather than by any cost-of-delivery considerations. The framework reads this as adding perhaps 0.5-1.0 percentage points to the trajectory, but operating particularly at the upper end of the prestige hierarchy. The three dynamics together account for the full 2.4 percentage point premium. The framework's reading is that **all three dynamics operate independently of any genuine improvement in the quality or productivity of higher education delivery**. The institutions have not, on average, become more productive at producing graduates with measurably stronger skills or labor-market outcomes. They have become more expensive at producing graduates with approximately the same skills they were producing in 1977. The chart shows the trajectory beginning to plateau in the early 2010s. This is real and consequential. The 2010s saw the first sustained period in the data series where tuition inflation moderated toward the rate of overall inflation. The 2020s have seen actual *declining* relative tuition growth, with the April 2026 BLS reading showing 2% annual tuition inflation against 3.8% overall inflation. The framework's reading: the institutions are running into a price ceiling that the market is increasingly unwilling to absorb. The closures are the visible institutional manifestation of that ceiling biting. ## The degree as a low-saleability asset The framework's [Article 7](/forum/07-housing-as-anti-money) audit of American housing applied Menger's six saleability criteria to identify the structural properties of housing as a monetary asset. The same audit, applied to the college degree, produces analogous results — with several specific observations that the housing case did not produce. **Divisibility.** A college degree is fundamentally indivisible. The holder either has it or does not. Partial degrees (transcripts of completed coursework without graduation) have substantially less labor-market value than completed degrees, even where the substantive learning is comparable. The framework reads this as a saleability impairment with no available remediation — unlike housing, where some divisibility is possible (renting out portions, selling fractional interests), the degree as monetary instrument is structurally undivisible. **Durability.** Degrees are nominally permanent. Once conferred, they cannot be rescinded except under extreme circumstances (academic fraud, post-graduation discovery of cheating). The framework's reading: degree durability is high *in nominal terms* but lower than it appears *in effective terms*. The economic value of a degree depreciates over time relative to newer credentials, current technical skills, and shifting employer preferences. A 1985 bachelor's degree in computer science is technically still the same degree, but its substantive content has been substantially superseded by subsequent developments in the field. The degree's nominal durability masks effective depreciation that the holder cannot easily counteract. **Transportability.** Degrees travel reasonably well within the country of origin. International transportability is uneven — the U.S. bachelor's degree is widely recognized in most countries, but the recognition is generally for screening rather than substantive equivalence. Specific professional degrees (medical, legal, engineering) face transportability barriers from regulatory licensure requirements that may require additional certification or examination in the destination jurisdiction. The framework reads this as moderate saleability with structural impediments at international boundaries. **Homogeneity.** Degrees are *not* homogeneous in ways that matter for their monetary function. A bachelor's degree from Harvard and a bachelor's degree from a struggling regional state university are nominally the same credential but command substantially different labor-market values. The non-homogeneity is the central feature, not a secondary characteristic, and it produces a saleability profile that depends heavily on the specific institution rather than on the nominal credential. The framework reads this as a major saleability impairment — a "degree" is not actually a single asset class but a heterogeneous category whose individual members can differ in value by an order of magnitude. **Widespread demand.** Demand for college-educated labor has historically been strong and growing. The post-WWII expansion of college enrollment was driven by genuine labor-market demand for the skills that degrees were certifying. The framework's reading is that **this demand has been weakening relative to the cost trajectory for at least two decades**, with employer surveys consistently showing growing willingness to consider non-degreed candidates for roles that previously required degrees, growth in skills-based hiring frameworks, and explicit policy changes from major employers (Google, IBM, Apple, Bank of America, Accenture) eliminating degree requirements for many positions over the 2020-2024 period. **Freedom from political weaponization.** This factor — central to the framework's housing analysis through the eminent domain pattern ([Article 22](/forum/22-eminent-domain-ai-data-centers)) — operates differently for degrees. Degrees are not directly susceptible to political seizure. They are, however, susceptible to *delegitimation* through changes in employer hiring preferences, accreditation regime modifications, public discourse about the value of higher education, and shifts in immigration policy that affect international student enrollment. The framework's reading: degrees face a different kind of weaponization risk than housing, operating through legitimacy erosion rather than property seizure, but the underlying saleability impact is structurally similar. The composite reading of these six criteria, the framework concludes, is that **the college degree is and has always been a relatively low-saleability asset that has been treated as a high-saleability asset by the financial structures that have funded it**. The federal student loan program treats degree-pursuit as an investment with reliable returns; household financial planning treats the degree as a wealth-building strategy; institutional planning treats demand for degrees as a stable revenue source. All three treatments assume saleability properties the degree does not actually have, and the gap between the assumed and actual properties is the operational mechanism producing the current pressure on institutions. ## The demographic and financial pressure The framework reads the institutional closures as the expected outcome of the saleability compression operating against a specific structural feature of the higher education industry: institutions cannot rapidly scale down. A college with 750 students and the physical plant, faculty, administrative staff, and debt service of an institution sized for 1,200 students cannot simply absorb the gap. The fixed costs continue. The variable revenue (tuition) declines with enrollment. The endowment cannot be drawn down indefinitely without eventually exhausting it. The closures are the terminal phase of this dynamic. Several specific factors compound the underlying saleability pressure: **The demographic cliff.** Nathan Grawe's 2018 book *Demographics and the Demand for Higher Education* forecast a 15% drop in the number of college-bound 18-year-olds between 2025 and 2029, driven by the post-2008 birth rate decline. The forecast has held with high accuracy. The traditional college-applicant pool is shrinking at the moment when the institutions facing financial pressure most need to maintain enrollment. The Northeast and Midwest, with high concentrations of small colleges and unfavorable demographic trends, are seeing the sharpest pressure. New Hampshire's college enrollment fell 13.6% from 2019 to 2022-2023, outpacing the national average. The SUNY system saw a 20% enrollment decline from 2011 to 2021-2022. **Federal grant funding pressure.** Several of the 2026 closing institutions identified specific federal grant losses as contributing factors. Providence Christian, which closed in early 2026, cited the end of its Hispanic-serving institution grant (approximately \$600,000 annually) as a critical factor that its \$25,322 endowment could not absorb. The framework's reading: federal grant programs have functioned as an implicit subsidy that masked the underlying saleability compression in specific institutional categories, and when the subsidies have shifted or expired, the underlying pressure has become immediately visible. **The closure cascade pattern.** Closures produce additional closures through several mechanisms. Affected students who do not complete degree programs (which the SHEEO research shows is the majority of students from closing institutions — only about half reenroll, and only 52.9% of reenrollees complete their degrees) constitute a real cost to the higher-education sector's broader credibility. Faculty and staff displaced from closing institutions enter the labor market under conditions that erode wages at remaining institutions. The institutional capacity of small private colleges as a sector contracts with each closure, reducing the broader sector's lobbying capacity, brand value, and economic significance. **The merger alternative is not always available.** Some struggling institutions can merge with larger partners (as several recent cases have done — including Pine Manor College / Boston College, Wheelock College / Boston University, Marlboro College / Emerson). The merger option requires a willing larger partner with strategic interest in absorbing the smaller institution. Many small colleges face the structural reality that no larger institution wants them — their academic programs duplicate larger competitors, their facilities are not geographically valuable, their endowments are too small to be material to the absorbing institution. For those institutions, closure is the only option. The framework's prediction, recorded here for testing: **the 2026 closure count will reach 12-18 institutions by year-end, the 2027 count will likely exceed 20, and the cumulative post-pandemic closure count will surpass 100 institutions by 2030**. The most vulnerable categories are small private liberal arts colleges in the Northeast and Midwest, regional public universities in states with declining demographics, and specialized institutions (single-purpose seminaries, niche arts colleges, single-profession technical schools) that lack the program diversity to absorb enrollment pressure. ## What AI specifically does to the degree The framework's broader catalog has engaged AI extensively across the cryptocurrency trilogy (Articles [13](/forum/13-saleability-audit-bitcoin), [14](/forum/14-code-was-never-law-bip-361), and [15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar)), the AI compute as nascent real bills work ([Article 5](/forum/ai-compute-as-nascent-real-bills)), and the cryptographic marketability premium analysis ([Article 6](/forum/cryptographic-marketability-premium)). The college degree's saleability under AI conditions deserves a specific analytical engagement that the broader catalog has not yet provided. The conventional discussion of AI's impact on higher education tends to focus on cheating (students using AI to write essays), curriculum (whether universities should teach AI literacy), and labor market displacement (whether AI will eliminate the white-collar jobs that degrees prepare students for). The framework's reading is that these are real but secondary effects. The primary structural effect of AI on the college degree operates through a different mechanism: **AI substantively performs many of the cognitive tasks that the degree was supposed to certify the holder could perform, with comparable or superior quality, at substantially lower cost.** This is not a future projection. It is a present-tense reality, observable in 2026. The cognitive tasks that have historically constituted the substantive justification for the four-year college degree — extended written analysis, structured argument, research synthesis, quantitative reasoning, contextual interpretation, comparative evaluation, professional communication — can now be performed by AI systems at quality levels that match or exceed the median college graduate. The framework's claim is not that AI matches the *best* college graduates at these tasks; it is that AI matches the *typical* college graduate at substantially lower cost. The labor-market implications are direct. The employer who has historically hired college graduates for tasks that AI can now perform faces a clear decision: continue hiring college graduates for those tasks at the prevailing wage; or restructure the role to use AI for the substantive cognitive work and hire either fewer human workers or workers without traditional degrees to handle the supervisory and coordination functions that AI cannot yet perform. Across 2024-2026, major employers have been visibly making the second choice. Google, IBM, Apple, Bank of America, Accenture, and dozens of other large employers have eliminated degree requirements for many positions during this period. The framework reads this not as a temporary HR experiment but as a structural recalibration of the degree's labor-market value. The framework's specific analytical observation: **the degree's labor-market value has historically been a composite of three components — signaling (the degree certifies the holder completed extended structured tasks), human capital (the degree imparts specific knowledge and skills), and network access (the degree connects the holder to peer and alumni networks). AI substantively erodes the second component (human capital) while leaving the first and third components intact.** The signaling and network functions are not directly replaceable by AI. The substantive knowledge transfer is. The structural consequence is that the degree's value compresses toward the signaling-and-network component, while the cost continues to reflect the substantive-content component that AI has eroded. This is a saleability impairment in the most direct Mengerian sense — the asset's exchange properties have been altered in ways that the conventional valuation framework does not capture, and the impairment compounds with each additional improvement in AI capability. A specific household-decision implication follows. A high school graduate choosing in 2026 between four years of college at a typical net cost of \$40,000-\$60,000 per year (after financial aid) versus alternative paths (trade certifications, direct workforce entry, online learning, apprenticeship programs) is making a different decision than the same graduate would have made in 2010. The framework does not advise the graduate against college. The framework observes that **the return-on-investment calculation has shifted in ways that the conventional college-decision frameworks have not yet incorporated**, and the affected institutions are seeing the result in their enrollment data before the broader public discussion has caught up to the underlying dynamic. ## What households should take from this The framework's specific operational observations for household readers making higher education decisions in 2026: **The cost trajectory has plateaued, but the value trajectory has weakened more.** The relevant comparison is not "is tuition still rising fast?" (it isn't, much) but "is the degree still delivering proportional value?" (it isn't, increasingly). Households evaluating college decisions should compare current degree-cost trajectories against current degree-value trajectories, with attention to specific labor-market outcomes for graduates from comparable institutions. **Institutional category matters more than it traditionally did.** A degree from a top-quintile institution (in terms of selectivity, endowment per student, alumni network, and graduation outcomes) retains substantially more saleability than a degree from a middle- or lower-quintile institution. The premium on institutional category has been widening for two decades and is likely to continue widening. The framework's reading: households making degree-pursuit decisions should weight institutional category heavily in their selection, even at the cost of higher tuition or lower-prestige acceptance options. **Field of study is a primary saleability variable.** Some fields face heavier AI substitution pressure than others. The framework reads computer science, software engineering, and quantitative analysis as facing high substitution exposure; healthcare, skilled trades, regulated professions (law, medicine, accounting), and roles requiring physical presence as facing lower substitution exposure. Households making field-of-study decisions in 2026 are making a different decision than they would have been making in 2010, with substantially more variation in expected lifetime returns across fields. **The alternative paths have matured.** Trade certifications, online learning credentials (Coursera, Google Career Certificates, AWS certifications, individual industry credentials), and skills-based hiring frameworks have improved meaningfully over the past five years. These were not realistic alternatives to the four-year degree in 2010; they are realistic alternatives in 2026 for many specific career paths. The household evaluating the college decision should compare the four-year degree against these specific alternatives, not against the abstract "no degree" option that the conventional college-decision framework typically uses. **The institutional closure risk should factor into specific decisions.** A student considering a small private liberal arts college in the Northeast or Midwest should evaluate the institution's financial position before committing. NECHE accreditation reports, the institution's Form 990 filings, recent endowment trajectories, and enrollment trends are publicly available data. The risk of mid-degree closure — with the SHEEO data showing only 47% reenrollment and 52.9% non-completion among those who reenroll — is real and should be priced into the institutional selection decision. ## The structural reading The framework's broader claim from the previous twenty-two essays of this catalog has consistently been that *aggregates that appear stable are masking substrate deterioration*, and that the substrate deterioration becomes visible only when specific institutional examples reach the point of failure. The college closure pattern is a clean example of this dynamic. The aggregate has been stable for decades. The number of nonprofit four-year colleges in the United States has hovered between 2,500 and 2,700 across the post-WWII period. The aggregate enrollment has grown. The aggregate financial sector serving the institutions (federal loans, alumni giving, state appropriations) has continued to operate. From the standpoint of any aggregate indicator, the higher education sector has appeared stable through 2024. The substrate has been deteriorating throughout. Tuition has compounded faster than household income for forty-six consecutive years. The implicit financial premise — that the degree's labor-market value would continue to justify the rising cost — has been weakening for at least two decades. The AI substitution pressure has been building for at least three years and has reached operational scale across 2025-2026. The demographic cliff has been forecast since 2018 and is now arriving on schedule. The closures are the *substrate deterioration becoming visible in specific institutional cases*. Hampshire, Anna Maria, Providence Christian, Sterling, Lourdes — each closure tells a specific story about a specific institution. The framework's reading is that the specific stories are the surface; the underlying pattern is the saleability compression of the credential they have collectively been issuing. The compression has been operating for decades; the institutional consequences are now visible. The framework's final structural observation: **the institutions closing in 2024-2026 are the ones with the smallest endowment cushions and the highest tuition dependence; the more financially robust institutions will follow on a delayed timeline**. The 2030s will likely see closures among institutions that currently appear secure — mid-tier private universities with endowments in the \$100M-\$500M range, regional public universities facing state funding pressure, and specialized institutions whose enrollment depends on specific labor markets that AI is disrupting. The current closure wave is the leading edge of a longer transformation; the framework predicts that the wave will continue through the end of the current decade and into the 2030s. The aggregate measure of "how many colleges are there?" has been a stable number for sixty years. The framework's reading is that this aggregate is structurally less stable than its history suggests, and the next decade will see a meaningful contraction in the total number of degree-granting four-year institutions. The contraction is the institutional manifestation of the saleability compression that the credential has been undergoing throughout. The framework's catalog has documented similar saleability-compression patterns in housing (Articles [7](/forum/07-housing-as-anti-money), [17](/forum/17-metro-saleability-map), [18](/forum/18-lakeland-saleability-collapse), and [19](/forum/19-tax-plus-insurance-wedge)), banking ([Article 16](/forum/16-two-failures-a-year)), and the broader monetary substrate (Articles [8](/forum/08-agency-mbs-paper-substitute) and [12](/forum/12-mengerian-stress-index-dashboard)). The college case is the same pattern operating in a different sector. The next installment of *Watching the Cracks* will likely return to one of the previously-established threads — the Q1 2026 FDIC Quarterly Banking Profile when the data is fully available, the next round of metro saleability map updates, or a follow-up on the eminent domain pattern documented in [Article 22](/forum/22-eminent-domain-ai-data-centers). The watching continues. The pattern is now visible across enough sectors that the framework's structural reading no longer requires defense; it requires only application. --- *This is the seventh installment of "Watching the Cracks." The framework's predictions recorded here for future testing: 2026 closure count will reach 12-18 institutions by year-end; 2027 count will likely exceed 20; cumulative post-pandemic closure count will surpass 100 institutions by 2030; closures in the 2030s will extend to currently-secure institutions in the \$100M-\$500M endowment range. The tuition cost chart at the top of this essay shows BLS CPI for college tuition (red) against overall CPI (black) and median household income (green), 1980-2026, indexed to 1980 = 100.* --- # Eminent Domain, AI Data Centers, and the Erosion of Property Rights URL: https://newaustrianeconomics.com/forum/22-eminent-domain-ai-data-centers/ Date: 2026-05-26 Author: Jason D. Keys Tags: eminent domain, Kelo, property rights, Georgia Power, Project Wansley, New Albany, Wexner, Menger, Fekete, AI data centers, saleability, weaponization risk Description: In May 2026, Georgia Power began invoking eminent domain to acquire 330 properties along a 35-mile transmission corridor — Project Wansley — that will deliver power to at least four AI data centers. Twenty homes are slated for demolition. Hundreds of homeowners face permanent easements with 500-kilovolt towers feet from their bedroom windows. The Georgia case is the most visible current example of a structural pattern that has been accumulating since the Supreme Court's 2005 Kelo decision and that the framework's housing analysis has been identifying as a specific saleability risk. This essay traces eminent domain from Magna Carta through Kelo through the current AI-infrastructure expansion, examines the New Albany Company's privatized-governance model in central Ohio as the most developed example of the pattern, and applies the framework's saleability analysis to what the cases reveal about property rights in 2026. # Eminent Domain, AI Data Centers, and the Erosion of Property Rights On May 21, 2026, the New York Post published an account of Ansley Brown, a 27-year-old woman from Coweta County, Georgia, who is fighting to keep her mother from being forced to sell the home where Brown grew up. The buyer is Georgia Power. The mechanism is eminent domain. The reason: a 35-mile, 500-kilovolt transmission corridor that Georgia Power calls Project Wansley, which will deliver electricity to at least four AI data centers currently under development in Coweta and Fayette counties. At least 330 properties are in the path. Between 20 and 30 homes are scheduled for outright demolition. Hundreds of other landowners are being asked to grant permanent easements that will plant 500-kilovolt power towers feet from their bedroom windows. The Georgia Power case is the most visible single example of a pattern that the framework's housing analysis (Articles [7](/forum/07-housing-as-anti-money), [17](/forum/17-metro-saleability-map), [18](/forum/18-lakeland-saleability-collapse), and [19](/forum/19-tax-plus-insurance-wedge) of this catalog) has been identifying as a specific saleability risk: the structural erosion of American property rights through the expanded use of eminent domain in service of private infrastructure development, accelerated in the current period by the electrical demands of artificial intelligence compute. The pattern has been building for two decades. The framework's reading is that it has now reached an inflection point where the specific cases are visible enough, the legal structure is settled enough, and the underlying infrastructure pressure is sustained enough that the pattern itself becomes a primary factor in housing saleability across affected geographies. This essay is the sixth installment of the *Watching the Cracks* series. It does three things. First, it traces eminent domain from its origins in the Magna Carta through the U.S. Constitution to the Supreme Court's 2005 Kelo decision and the subsequent state-level responses. Second, it examines the current Georgia Power case and the broader pattern of AI-infrastructure-driven eminent domain expansion across multiple states. Third, it examines the New Albany Company's privatized-governance model in central Ohio as the most developed example of what happens when the eminent-domain machinery is integrated into a private real estate development apparatus rather than operated through traditional municipal channels. The framework's reading runs through all three: housing's saleability is structurally contingent on the state's restraint in weaponizing property rights, and the cases now visible in the data show that restraint eroding in real time. ## The legal history The fundamental claim that a sovereign authority can compel the sale of private property for public purposes is older than any Anglo-American legal tradition. It appears in the Old Testament (the prophet Ahab's seizure of Naboth's vineyard is condemned, suggesting the prohibition was operating against the practice). Roman law recognized the principle. By the medieval period, European sovereigns routinely exercised the right to take land for fortifications, roads, and public works. The first legal restriction on the sovereign's eminent domain authority in the Anglo-American tradition appears in the **Magna Carta of 1215**. Article 28 of the original charter required that "No constable or other royal official shall take corn or other movable goods from any man without immediate payment, unless the seller voluntarily offers postponement of this." Article 39 provided that "No freeman shall be seized or imprisoned, or stripped of his rights or possessions... except by the lawful judgment of his equals or by the law of the land." The Magna Carta did not abolish the king's ability to take property — it conditioned that ability on payment and due process. The framework's reading: the principle that private property cannot be taken arbitrarily, but can be taken with compensation under defined procedures, is the operational structure that has governed the question ever since. The Magna Carta's restrictions evolved through English common law over the following five centuries. By the time of the American founding, the principle that government could take private property for public use but must pay just compensation was well established in legal theory but not consistently in practice. The **Vermont Constitution of 1777** and the **Massachusetts Constitution of 1780** were the first written documents to formally require compensation for eminent domain takings — predating the U.S. Constitution by a decade. The federal Takings Clause appears in the Fifth Amendment to the U.S. Constitution, ratified in 1791. The clause reads, in its entirety: "nor shall private property be taken for public use, without just compensation." Two specific limitations are encoded. First, the taking must be for *public use* — not for the benefit of any particular private party. Second, the owner must receive *just compensation* — typically interpreted as fair market value. The Fifth Amendment was inserted by James Madison and was not the product of public campaign or popular demand; eminent domain protections had not been a major theme in the Anti-Federalist critique of the unamended Constitution. Madison included it because he believed property protection was foundational to constitutional governance, not because the public was loudly asking for it. The "public use" limitation governed eminent domain doctrine for approximately 150 years. Roads, schools, military installations, post offices, railroads, public utilities operating under common-carrier obligations — these were the canonical "public use" cases. Where the government took property and operated the resulting infrastructure itself, or where it transferred to a private party operating under public-utility obligations, the taking was upheld. Where the taking transferred property from one private party to another for purely private benefit, courts generally declined to uphold. This structure began to weaken in the post-WWII period. **Berman v. Parker** (1954) upheld an urban renewal taking in Washington, D.C. where the property was being transferred to private developers as part of a broader slum clearance plan. The court accepted the argument that *the broader plan* served public purposes (eliminating blight) even though specific properties were being transferred between private hands. **Hawaii Housing Authority v. Midkiff** (1984) upheld a Hawaii statute that broke up large land oligopolies by transferring land from large landowners to their tenants — again, private-to-private, justified by the broader public purpose of reducing land concentration. The decisive doctrinal break came in **Kelo v. City of New London** (2005). The case arose in New London, Connecticut, where the city used eminent domain to seize Susette Kelo's pink waterfront house and several neighboring properties. The city's plan was to transfer the land to a private developer who would build commercial and residential developments adjacent to a new Pfizer research facility, with the stated public purpose being economic development and tax revenue generation. Kelo and her neighbors sued, arguing that taking property to transfer it between private parties for economic development purposes did not satisfy the Fifth Amendment's "public use" requirement. The Supreme Court ruled 5-4 against Kelo. Justice John Paul Stevens, writing for the majority, held that economic development qualified as "public use" under the Takings Clause — that the general benefits the community would enjoy from economic growth were sufficient. The "public use" requirement, in the majority's reading, did not require that the property be used directly by the public; it required only that the taking serve a "public purpose," with that purpose interpreted broadly. Justice Sandra Day O'Connor's dissent, joined by Chief Justice Rehnquist and Justices Scalia and Thomas, argued that the majority's reading "effectively erases" the public use requirement and that under the new doctrine, "the specter of condemnation hangs over all property... Nothing is to prevent the State from replacing any Motel 6 with a Ritz-Carlton, any home with a shopping mall, or any farm with a factory." Justice Thomas wrote a separate dissent arguing that the majority's reading was textually indefensible. The Kelo decision sparked a political backlash that has no real parallel in modern eminent domain history. Forty-seven states subsequently passed legislation or constitutional amendments restricting eminent domain takings for economic development purposes. Twelve states amended their state constitutions specifically. Eleven state supreme courts either strengthened their property rights protections or rejected the federal Kelo analysis as a matter of state constitutional law. The Institute for Justice, which represented Kelo in the Supreme Court case, has subsequently helped save approximately 20,000 homes and small businesses from condemnation through community organizing and litigation. The Kelo property itself was never developed. The private developer was unable to obtain financing and abandoned the project. As of 2026, the land where Susette Kelo's pink house once stood is an undeveloped empty lot. ## The current pattern What the framework reads in the current eminent domain expansion is that the state-level Kelo backlash, while substantial, did not address a category of takings that has emerged with full force only in the past three years: **takings for utility infrastructure that primarily serves private industrial customers, with the public-use justification supplied by the utility's regulated status rather than by the direct public benefit of the infrastructure being constructed**. Georgia Power's Project Wansley is the canonical case. The project is a 35-mile, 500-kilovolt transmission corridor. The legal authority for Georgia Power to invoke eminent domain comes from its status as a regulated utility under Georgia state law — the same statutory framework that would authorize Georgia Power to take property for transmission lines serving residential neighborhoods, hospitals, or schools. The actual end-use of the electricity that will flow through the Project Wansley lines is, by Georgia Power's own statements, "at least four AI-driven data centers" plus general grid reliability improvements. The Georgia Public Service Commission has approved plans for approximately 1,000 miles of additional transmission line construction over the next decade, driven primarily by data center demand. Metro Atlanta is now the fastest-expanding data center market in the United States and ranks among the top three globally. The framework's reading is that this is *Kelo's structural mechanism extended one step further*. In Kelo, the government took property for transfer to a private developer who would build private commercial buildings, with the public-use justification provided by general economic development. In Georgia Power's Project Wansley, a regulated utility takes property for transmission lines that will primarily serve specific private corporate customers (the data center operators), with the public-use justification provided by the utility's regulated status and the general grid-reliability benefits. The legal structure is different. The substantive effect on the affected property owners is identical — their land is taken, against their will, for infrastructure that primarily benefits private parties. The Ansley Brown case demonstrates the mechanism precisely. Brown's mother purchased the house in Coweta County in 2003, when Brown was five years old. Brown grew up in the house. The house is now in the path of a 500-kilovolt transmission line that will deliver electricity to data centers operated by companies whose existence Brown's mother could not have anticipated when she purchased the property. Georgia Power has offered Brown's mother 125% of fair market value for the property — but the proceeds are in the form of a 1099-S check that creates immediate tax liability if not rolled into another property purchase within a defined period, and the family is being asked to vacate by a specific date determined by the utility's construction schedule rather than by the family's own planning. The framework reads this as a forced transaction with terms set by the taking party — the textbook definition of an eminent domain action, with the additional feature that the underlying public-use justification has effectively dissolved into "AI compute demand requires more transmission capacity." The pattern is not limited to Georgia. **Project Sail**, an 829-acre hyperscale data center campus proposed by Prologis/Atlas in Coweta County, was approved by a 3-2 county commission vote that rezoned conservation land to industrial use, with local residents subsequently suing. Similar disputes are visible in northern Virginia (Loudoun and Prince William counties, where the original "Data Center Alley" cluster has expanded into rural areas with active eminent domain proceedings), in Texas (where the ERCOT grid is racing to add transmission for data center loads), and in Arizona (Maricopa County and beyond, where the same dynamic is playing out at smaller scale). The framework's reading is that **the AI compute boom is producing eminent domain pressure on rural and suburban properties at a scale not seen since the interstate highway construction era of the 1950s-1960s**, with the legal structure governing the takings substantially looser than what governed those earlier infrastructure projects. Georgia Power's response to the criticism has emphasized that eminent domain "is a last resort" and "comprises less than 1 percent of all of the land transactions each year" and that the company offers compensation "well above market value." The framework's reading: each of these statements is technically true and analytically incomplete. Eminent domain *is* a last resort in the formal procedural sense; the company first negotiates voluntarily, and the formal condemnation process is invoked only when negotiations fail. But the threat of condemnation is present from the first contact with the landowner, and the formal procedural protection that eminent domain offers (court oversight, just compensation, due process) provides limited substantive protection when the landowner does not want to sell at any price. ## The New Albany model The Georgia Power case is the most visible current example of eminent domain in service of AI infrastructure. The most *developed* example of the broader pattern — where private development capital is integrated with municipal authority into a unified governance apparatus — is the New Albany Company's operation in central Ohio. The framework's reading is that the New Albany model is what the Georgia Power pattern looks like after thirty years of compound development, and it deserves careful examination because of what it reveals about where the broader trajectory is heading. The history begins in 1986. Leslie Wexner, the founder of L Brands (parent of The Limited, Express, Victoria's Secret, Bath & Body Works, and Abercrombie & Fitch), and Jack Kessler, an Ohio business and civic leader, were reportedly driving through central Ohio in Wexner's Land Rover when they identified large tracts of undeveloped farmland near the village of New Albany — at the time a community of fewer than 500 people on the northeastern edge of Franklin County. Wexner is reported (per the Cleveland Plain Dealer) to have described the area as his "future kingdom." He and Kessler formed the New Albany Company that year as a private real estate development entity. The acquisition strategy that followed has been documented in multiple investigative pieces over the years and most recently in coverage by *Tech Policy Press*, *The American Prospect*, *Unlimited Hangout*, and *The Ohio Register*. The New Albany Company assembled large tracts of land through purchases from local farmers, often at prices above market but subject to non-disclosure agreements that prevented the sellers from discussing the transactions publicly. Paper corporations were established to obscure the ownership chain. The Cleveland Plain Dealer reported that the corporations were "spun off to obscure ownership." A strict master plan was imposed on the assembled land — Georgian architecture, white fences, country-club aesthetics, residential density limits — that the company has continued to enforce on subsequent development across the area. Over the following thirty years, the New Albany Company assembled the **12,000-acre New Albany International Business Park**, of which approximately 9,000 acres sit within the City of New Albany's boundaries. The village's population grew from fewer than 500 to approximately 11,000. The business park became one of the largest concentrated commercial developments in the Midwest. Abercrombie & Fitch, originally headquartered in the park, was for many years responsible for approximately 75% of the city's income tax revenue. The data center boom transformed the park. As of 2026, the business park hosts more than 40 data centers operated by Amazon Web Services, Google, Meta, Microsoft, and Intel, with additional facilities under construction. The Intel semiconductor facility — announced in 2022 at \$20 billion and subsequently expanded in scope to approximately \$28 billion — sits on 3,190 acres of land that was annexed to New Albany from Jersey Township, just across the county line in Licking County. The annexation process involved the New Albany Company approaching landowners in and around Johnstown, Ohio, offering well above market rate (in many cases over \$1 million per property), subject to non-disclosure agreements. The transactions were completed before the Intel deal was publicly announced. JobsOhio, the state's quasi-private economic development entity, secured a \$150 million grant that paid for the land Intel ultimately built on, as part of a state incentive package totaling more than \$2 billion. J.P. Nauseef, JobsOhio's CEO, told *Forbes* of the Intel deal: "It wouldn't have happened without them" — referring to the New Albany Company. The framework reads this as straightforward fact rather than indictment. The Intel facility, the data center expansion, the broader transformation of central Ohio into the "Silicon Heartland" — these required a private entity capable of assembling the land at speed, with the operational capacity to coordinate municipal annexation, state incentive packages, and federal infrastructure funding. JobsOhio is a quasi-private entity; the New Albany Company is a private entity; the Columbus Partnership (founded by Wexner and Kessler in 2002, with roughly 70 corporate members) functions as the de facto regional economic development authority across 11 central Ohio counties. The Wexner-Kessler apparatus is the *operational governance layer* for the region's industrial development. The framework's analytical observation is direct. **In central Ohio, the entities that perform the functions traditionally associated with municipal government — land use planning, infrastructure coordination, economic development incentive negotiation — are private corporations whose decision-making is not subject to the public accountability mechanisms that govern actual municipal government.** This is not a Kelo-style case where a municipal authority transfers property to a private developer; it is the further structural development where the planning and acquisition functions have themselves been migrated from public to private institutions, with municipal authority operating in a coordinated but subordinate role. A 2025 *Forbes* investigation reported that Wexner personally made approximately \$2 billion from investments in CoreWeave, the AI infrastructure and cloud computing firm that is among the major customers driving central Ohio data center demand. The framework does not need to make any claim about the propriety of this investment — Wexner is a private individual entitled to invest as he chooses. The framework's structural observation is that the same individual who controls the private entity that performs municipal-governance functions for the region is personally a major beneficiary of the AI infrastructure investment that the region's governance has been organized to facilitate. The alignment is operational, not necessarily conspiratorial; the operational alignment is what the framework's analysis is required to engage. The Wexner-Epstein connection — Jeffrey Epstein served as Wexner's "personal money manager" for years, with documented financial and real estate ties — appears in essentially every credible piece of journalism about the New Albany model. The framework's reading is that this connection is *relevant context but not analytically central* to the structural pattern this essay is examining. The pattern of privatized municipal governance and integrated eminent-domain-adjacent land assembly would be structurally identical, in the framework's reading, regardless of the specific biographical features of the entities involved. The reader who wants to engage the Wexner-Epstein material can do so through the existing journalism; the framework's analysis here is about the governance pattern itself. ## What the framework reads in the pattern The framework's housing analysis from [Article 7](/forum/07-housing-as-anti-money) of this catalog identified six factors that determine the saleability of housing as an asset class: divisibility, durability, transportability, homogeneity, widespread demand, and freedom from political weaponization. The first five are intrinsic to the asset itself. The sixth — freedom from political weaponization — is *contingent on state restraint* in invoking the various mechanisms by which property rights can be impaired or transferred against the owner's will. The Georgia Power case demonstrates that this sixth factor is now operating against affected property owners at scale. Ansley Brown's mother does not want to sell her home. The legal mechanism by which Georgia Power can compel the sale exists because the state legislature has delegated condemnation authority to the regulated utility. The public-use justification has dissolved into the indirect chain of reasoning that AI compute demand requires more transmission capacity which requires more land acquisitions which are pursued through condemnation when voluntary negotiation fails. The chain is legally adequate. It is not structurally identical to the public-use justification that originally constrained the takings authority. The New Albany case demonstrates the next structural step. The acquisitions there have not generally proceeded through formal eminent domain — the New Albany Company has used premium-price offers with non-disclosure agreements to assemble land without invoking the legal coercion machinery. The framework's reading is that this is *not* an argument for the absence of coercion. The structural reality is that landowners facing a private development entity with effectively unlimited capital, operating in coordination with municipal authority that can deny rezoning, with state-level political support that can structure incentives against non-cooperation, face economic pressure that operates substantively like eminent domain even when it does not require the formal condemnation process. The non-disclosure agreements prevent collective action by sellers; the master plan removes substantive options for future use; the alternative to selling at the offered price is to remain in a neighborhood being systematically redeveloped around the holdout. The legal structure is technically voluntary; the substantive position of the landowner is closer to compelled. Five framework observations follow. **First**, the saleability of American housing is now meaningfully impaired by weaponization risk in geographies where AI infrastructure expansion is concentrated. The framework's [Article 7](/forum/07-housing-as-anti-money) prediction that this factor would emerge as a binding constraint was made in the abstract; the Georgia Power case demonstrates it operating empirically. Where transmission infrastructure expansion is pending, housing prices in the affected corridors face downward pressure beyond what fundamental supply-and-demand dynamics would predict. The framework's metro saleability map from [Article 17](/forum/17-metro-saleability-map) will need to be updated in subsequent installments to reflect this factor. **Second**, the post-Kelo state-level reforms are inadequate to address the current pattern. The forty-seven states that strengthened eminent domain protections after 2005 generally focused on the specific Kelo issue — economic development takings that transfer property between private parties. The current pattern operates through delegated utility condemnation authority, which the post-Kelo reforms did not substantially address. The framework's prediction: state-level legislative responses will emerge over the next 2-4 years targeting the utility-delegation mechanism specifically, but the current property owners facing condemnation will not benefit from those reforms in time. **Third**, the New Albany model is structurally exportable. The integrated apparatus of private land assembly, municipal annexation, state-level incentive coordination, and political alignment that the New Albany Company assembled over thirty years is not unique to central Ohio. Comparable structures are emerging in northern Virginia, the Phoenix metro, the Dallas-Fort Worth metroplex, and other regions where AI infrastructure investment is concentrated. The framework predicts that the next decade will see at least 3-5 additional regional examples of the New Albany pattern reaching similar structural maturity, with similar governance implications. **Fourth**, the eminent domain pattern interacts with the housing carrying-cost wedge identified in [Article 19](/forum/19-tax-plus-insurance-wedge) to compound saleability impairment in specific metros. A property owner facing a 500-kilovolt transmission line easement, in a metro where property tax assessments have surged 45-65% since 2019 and where insurance premiums are escalating beyond inflation, is exposed to three independent saleability impairments simultaneously. The framework's reading is that these factors are not independently additive; they are *interactive* in ways that compound the saleability impact beyond the sum of the individual factors. **Fifth**, the framework's broader claim about substitute layers from earlier in this catalog now extends to the institutional substrate of property rights themselves. The same way agency MBS ([Article 8](/forum/08-agency-mbs-paper-substitute)) operates as a paper substitute for the underlying low-saleability properties of residential mortgages, the regulated utility's condemnation authority operates as an institutional substitute for the original constitutional structure that constrained eminent domain to public uses. The substitute structure has held, in framework terms — the takings are formally legal, the procedural protections operate as designed, the compensation requirements are met. The substantive constraint that the Fifth Amendment was originally designed to provide has been substantially weakened in operation. ## What households should take from this The framework's specific operational observations for household readers making housing decisions in geographies affected by AI infrastructure expansion: **Diligence on transmission corridor exposure should now be standard.** Any household purchasing property in Georgia, northern Virginia, central Ohio, Phoenix metro, Dallas-Fort Worth, or other AI infrastructure expansion areas should review the relevant state public service commission filings for proposed transmission line corridors. Property within several miles of an approved or proposed corridor faces meaningful saleability exposure that does not appear in the standard real estate disclosure documents. **The post-Kelo state reforms should be reviewed for their specific scope.** Some states (Florida, Mississippi, Oklahoma) have meaningfully restricted economic development takings but left utility takings largely untouched. Others (New Hampshire, Michigan) have been more restrictive across the board. The relevant question for a specific property is whether the state's reforms cover the kind of taking the property might face — typically a utility taking — not whether the state has eminent domain reform on the books generally. **The local political economy of land use planning matters more than it traditionally did.** Where municipal authority operates in close coordination with a private land assembly entity (the New Albany model), the household's protection against unwanted development depends on the underlying political relationships rather than on formal regulatory protection. The framework's recommendation: households investigating long-term property holdings should examine the relationships between local government and major private development entities as part of standard due diligence. **Settled doctrine is not the same as stable doctrine.** Kelo has been "settled" since 2005 in the sense that the Supreme Court has not revisited the underlying analysis. It is not stable in the sense that the constitutional theory it endorsed continues to be widely contested, multiple state supreme courts have rejected it as a matter of state constitutional law, and the political coalitions that produced the post-Kelo backlash remain active. The framework predicts that Kelo will be revisited at the Supreme Court level within the next decade, with substantial uncertainty about whether the revisiting will reinforce or weaken the current framework. ## The closing observation In 1215, the barons forced King John to sign a document at Runnymede that required the king to compensate his subjects for taken property and to operate within defined legal procedures when invoking that authority. The principle survived through eight centuries of English and American legal development, was encoded in the Fifth Amendment of the U.S. Constitution, and operated as the foundational structure of American property rights through most of American history. In 2005, in a 5-4 decision, the Supreme Court substantially weakened the "public use" limitation that had constrained the takings power. In 2026, the structural consequences of that weakening are visible in concrete cases — Ansley Brown in Coweta County, the Maszk family in Fayette County, the hundreds of other Georgia Power transmission corridor cases, the broader pattern across Virginia, Texas, Arizona, and central Ohio. The framework's analytical claim is not that the current pattern is unprecedented in American history — the railroad era and the interstate highway era both involved comparable property rights tension. The claim is that the *combination* of post-Kelo doctrinal weakening, AI infrastructure scale, integrated private-public development apparatus (New Albany model), and the broader monetary architecture's pressure on housing as the primary household wealth asset, has produced a structural environment in which property rights are *less secure* in operation than they have been at any point since the Magna Carta encoded the original constraint. This is the framework's reading. The cases are visible. The pattern is empirical. The constitutional structure that was supposed to prevent this has substantially failed in operation. The framework's job is to make the failure visible while there is still time for a constructive political response to address it. The next installment of *Watching the Cracks* will engage the closures of small private colleges across the Northeast and Midwest — Hampshire College's closure announcement on April 14, 2026, the broader pattern of demographic and financial pressure on small institutions, and the framework's reading of what AI specifically is doing to the value proposition of the traditional four-year degree. The watching continues. The geography of what is being watched now includes the rural and suburban corridors where AI infrastructure is being built — and the property owners along those corridors whose saleability has been impaired by structural forces they had no role in producing. --- *This is the sixth installment of "Watching the Cracks." The framework's predictions recorded here for future testing: at least 3-5 additional regional examples of the New Albany privatized-governance model will reach structural maturity over the next decade; state-level legislative responses targeting utility-delegation eminent domain will emerge within 2-4 years but will not benefit current property owners facing condemnation; the Kelo decision will be revisited at the Supreme Court level within the next decade. The Wexner-Epstein historical connection is documented in multiple credible sources but is not analytically central to the governance-pattern analysis this essay engages.* --- # The Operational Substitute Layer: A Firsthand Account from Inside the Machinery URL: https://newaustrianeconomics.com/forum/21-operational-substitute-layer-firsthand/ Date: 2026-05-25 Author: Jason D. Keys Tags: Fekete, Menger, RMBS, Reserve Bank of New Zealand, BNZ, substitute layer, GFC, covered bonds, central banking, firsthand Description: In late 2008, the Reserve Bank of New Zealand required the country's major banks to construct residential mortgage-backed securitization infrastructure as a condition of access to central bank liquidity. I arrived at the Bank of New Zealand as a contractor at the peak of the global financial crisis to build that infrastructure. Over the following five years I watched, from inside, how one specific node of the operational substitute layer was constructed, expanded, and integrated into the central bank's standing facilities — including building software to physically back up the mortgage documentation onto external hard drives so they could be carried out of the building if the bank failed. This is the story of what the substitute layer actually looks like when you are building it. # The Operational Substitute Layer: A Firsthand Account from Inside the Machinery The framework has spent twenty essays describing the substitute layer — the apparatus of paper claims, central-bank-eligible collateral, and intermediated balance-sheet structures that translates the underlying low-saleability properties of certain asset classes into the appearance of liquid, tradeable, monetary-grade securities. The previous installments have analyzed the agency MBS market in the United States (\$9 trillion of substitute paper for the \$14.5 trillion residential mortgage market), the post-Surfside Florida HOA reserve dynamics, the Florida insurance market's structural transformation, the Cryptographic Marketability Premium framework, and the broader theoretical apparatus drawn from Menger and Fekete. What none of those essays has provided — what no framework essay can provide from external sources alone — is **what the substitute layer actually looks like operationally**, at the level of the people building it, on the calendar dates they were building it, in the specific buildings they were sitting in. The framework's analytical claims about substrate fragility, about the structural relationship between central banks and the paper substitutes they accept as collateral, about the institutional logic of substitute-layer expansion under stress, all rest on a theoretical reconstruction of how these systems are assembled. The reconstruction is correct, in my view. But there is a different kind of authority that comes from having been inside the machinery. I was. From late 2008 through early 2013, I worked at the Bank of New Zealand, building the residential mortgage-backed securitization infrastructure that the Reserve Bank of New Zealand had just required all of the country's major banks to construct. This essay is the firsthand account. It launches a new thread within the New Austrian Economics catalog, provisionally titled *Inside the Substitute Layer*, that draws on direct institutional experience rather than external data analysis. The thread will hold a small number of essays over time, anchored in specific moments where the framework's structural claims can be tested against actual operational reality observed from the inside. This is the first entry. It is also the longest single piece of firsthand institutional disclosure in the catalog, and it is presented for the reader to evaluate on its own terms — as one person's direct experience of one specific node of the substitute layer being built and operated across five years. ## The mandate In May 2008, four months before Lehman Brothers collapsed, the Reserve Bank of New Zealand announced that it would begin accepting Residential Mortgage-Backed Securities (RMBS) as eligible collateral in its Domestic Market Operations. The announcement followed several months of growing strain in international wholesale funding markets, on which the New Zealand banks depended heavily for their offshore funding. By late 2008, with the global credit crisis fully developed, the RBNZ moved from accepting RMBS to *requiring* the major banks to construct RMBS issuance infrastructure as a condition of access to the central bank's standing liquidity facilities. The mechanism worked like this: a major bank would construct a bankruptcy-remote special purpose vehicle, transfer a pool of residential mortgages into the SPV, and issue securities (the RMBS notes) backed by the cash flows from those mortgages. The bank could then pledge those notes as collateral with the RBNZ in exchange for short-to-medium-term central bank funding. The transaction did not move the mortgages off the bank's consolidated balance sheet for accounting purposes — the bank still reported the mortgages as its own assets — but it moved them into a legal structure where, in the event of the bank's failure, the SPV's noteholders (in this case primarily the RBNZ) would have a direct claim on the mortgage cash flows without going through the bankrupt parent bank's general creditor process. In framework terms: the RBNZ was operationalizing the precise mechanism that this catalog's substitute-layer analysis identifies as the central pathology of modern monetary architecture. Mortgages, as illiquid claims on specific properties with idiosyncratic risk characteristics, are intrinsically low-saleability assets in Menger's sense. They cannot clear at scale under stress. The RBNZ scheme transformed them into paper claims (RMBS notes) that *could* clear at scale, by providing the central bank itself as the guaranteed counterparty. The substitute layer was being constructed by the central bank, as policy. What the RBNZ publicly described as a "liquidity support facility" was, in framework terms, an instruction to the banking system: *build the apparatus by which the central bank can convert your illiquid mortgage assets into central bank money on demand, and we will require you to have it in operational condition as a precondition of normal banking operations going forward*. The instruction was unstated but unmistakable. The banks complied. I arrived at the Bank of New Zealand — owned at the time, as it remains, by National Australia Bank (NAB), one of the "big four" Australian banks — in late 2008 as a contractor on the business intelligence team. The work I was hired to do was specifically the construction of the technical infrastructure for BNZ's RMBS program. There were two of us contractors, working alongside the bank's internal treasury team. The internal employees were senior treasury professionals, but the actual implementation of the trade-level systems, the data warehouse architecture for tracking the mortgage pools, the loan-level calculations, the reporting infrastructure required by the RBNZ — all of this was built by the two of us, contracted out, on accelerated timelines that reflected the RBNZ's expectation that the infrastructure would be operational within months rather than years. ## Six billion in six months The first phase of the work was the construction of the initial RMBS structure. The data warehouse was assembled from the bank's existing core mortgage system, with custom extract-transform-load processes built to produce the loan-by-loan pool data that the RBNZ's eligibility criteria required. Each mortgage going into the pool needed to be evaluated against the RBNZ's criteria: AAA-grade by external rating, loan-to-value ratio below specific thresholds, no payment delinquencies in the prior period, owner-occupier rather than investor property, located in defined geographic boundaries, with documentation completeness verified at the loan-file level. The data integrity requirements were exacting. The RBNZ required monthly pool reports with loan-level transparency on payment status, prepayment behavior, LTV ratios marked to current valuations, delinquency status, and a range of derived risk metrics. The reports had to be auditable to the underlying loan documents. The systems had to operate continuously — these were not occasional reporting exercises but standing operational requirements that would persist for as long as the RMBS structure was in place. We securitized approximately \$6 billion in BNZ residential mortgages within the first six months of operations. This was, at the time, one of the largest RMBS issuances in New Zealand banking history. The notes were structured in tranches (the senior tranche typically AAA-rated, with smaller subordinated tranches absorbing first-loss risk), and the AAA notes were pledged to the RBNZ as collateral against central bank funding facilities. The framework's reading is structurally precise: in six months, two contractors and a treasury team constructed the operational apparatus by which \$6 billion of New Zealand residential mortgages became, for monetary purposes, claims on the Reserve Bank of New Zealand. The mortgages themselves had not changed. The houses they financed had not changed. The borrowers had not changed. What changed was the *legal and operational structure* through which the bank could convert these illiquid assets into central bank money under any market condition. The substitute layer was constructed, in this case, in six months. This is the precise mechanism Fekete identified as the central pathology of post-1971 monetary architecture: paper substitutes for low-saleability assets, with central bank standing facilities as the ultimate counterparty, constructed under operational pressure rather than evaluated under normal supply-and-demand conditions. The Reserve Bank of New Zealand was doing, in 2008-2009, what the U.S. Federal Reserve did at the same time through the Term Auction Facility and the Primary Dealer Credit Facility, what the European Central Bank did through its expanded collateral framework, what the Bank of England did through its Special Liquidity Scheme. The New Zealand version is analytically valuable because the country is small enough — a \$200 billion economy, four major banks, one central bank — that the entire mechanism can be observed end-to-end. There is no opacity from scale. ## What I built afterward The second contractor left after the initial six-month phase, with the core infrastructure operational. I stayed for another four and a half years, looking after the system and adding features as the program expanded. The work during this period was less dramatic than the initial build but more structurally consequential. The RMBS program was extended to additional pools of mortgages — each one a new SPV, with its own data warehouse extracts, its own pool reports, its own integration with the central system. We constructed loan-to-value ratio calculations that reflected the New Zealand regulatory environment, which has, in my direct experience working with the treasurers, some of the strictest mortgage lending laws in the world. The most consequential feature of New Zealand mortgage law is the way guarantees transfer through participants: if you guarantee someone else's mortgage, and they in turn later guarantee a third party who defaults, the original guarantor's assets can be reached by the chain. This produces a household-level liability exposure that is materially different from the U.S. mortgage system and that the framework would read as imposing genuine saleability discipline on the New Zealand mortgage market at the borrower level. In parallel with the RMBS program, BNZ's treasury team was building the covered bond program — a separate instrument with different legal structure but similar economic function. Covered bonds, unlike RMBS, are issued directly by the bank with a specific pool of mortgages set aside as cover, and they include explicit dual recourse (the bondholder has a claim against both the issuing bank and the cover pool). BNZ's covered bond program won industry awards for the best offering in its category, and the treasury team made multiple trips to Switzerland to engage with European institutional investors who held the bonds. We beat NAB — our parent bank, the much larger Australian institution that owned BNZ — to market with our covered bond program, and BNZ was specifically allowed to issue approximately \$300 million in covered bonds in the Australian market despite the typical convention that subsidiaries do not issue ahead of their parent. This is a small detail with structural consequences worth noting. The Reserve Bank of Australia, regulating NAB, did not have the same operational urgency as the RBNZ. The Australian banks had access to deeper offshore funding markets and less acute liquidity pressure. The smaller New Zealand subsidiary, operating under tighter RBNZ requirements, was building the substitute-layer infrastructure faster and at higher quality than its much larger parent. The framework reads this as evidence that operational substitute-layer construction is driven more by *central bank requirements* than by *market demand for the resulting paper* — the central bank's mandate creates the construction pressure, and the institutional rivalry between banks subordinates to the regulatory framework's specific demands. ## The Christchurch earthquake On February 22, 2011, at 12:51 PM local time, a magnitude 6.3 earthquake struck Christchurch, New Zealand. The earthquake killed 185 people, destroyed much of the central business district, and caused approximately NZ\$40 billion in damage — the most expensive natural disaster in New Zealand history. It struck while I was at BNZ, working on the standard daily operations of the RMBS program. The immediate operational consequence within the bank was the question of what to do with the BNZ-originated mortgages on properties in the affected Christchurch area. Some of those properties were destroyed entirely. Some had sustained severe damage. Many remained intact but were now subject to dramatically different valuations as the city's infrastructure damage, the geological hazards revealed by the earthquakes, and the regulatory response of the New Zealand Earthquake Commission collectively reshaped the market. The mortgages secured by those properties were no longer the same instruments they had been on February 21. The decision the bank took, in close coordination with the RBNZ's RMBS oversight team, was to **promptly remove all affected mortgages from the securitized pool**. The mechanism for this is built into the RMBS structure: the issuer (BNZ) has the right to substitute mortgages in the pool, subject to the RBNZ's monthly reporting requirements and their threshold rules on the volume of substitution permitted between report dates. Within days, the Christchurch-affected mortgages had been replaced in the pool with mortgages from unaffected geographies of comparable quality. The pool reports filed with the RBNZ for the post-earthquake reporting period showed pool composition that no longer reflected the Christchurch exposure. The framework's reading of this episode is exact and worth stating carefully. **The mortgages secured by the destroyed and damaged Christchurch properties did not disappear.** They remained on the bank's balance sheet, were still owed by the same borrowers, were still secured by the same physical properties (in whatever state those properties were now in), and represented real economic claims and obligations. What changed was their *position in the substitute-layer apparatus*: the mortgages whose saleability had been impaired by the earthquake were removed from the central-bank-eligible structure, and replaced with mortgages whose saleability remained intact. The framework reads this as the substitute layer working *exactly as designed*: it provides a mechanism for the bank to maintain its standing access to central bank liquidity even as specific underlying asset classes experience saleability impairment, by allowing the impaired assets to be moved out of the central-bank-eligible apparatus while remaining on the bank's general balance sheet. The bank's risk on those mortgages was unchanged. The borrowers' obligations were unchanged. The properties' valuations were dramatically changed. The central bank's exposure to those specific mortgages, however, was eliminated within days of the event. **The substitute layer protected the central bank's collateral position by allowing the bank to bear the saleability impairment on its own balance sheet rather than passing it through the RMBS structure**. From a stability-of-the-banking-system standpoint, this is the design working as intended. From the framework's perspective, it is a precise illustration of *how the substitute layer functions* — the central bank's exposure is structurally protected while the underlying asset stress is borne elsewhere. ## The bank-failure protocol The most structurally revealing episode of my time at BNZ came in a meeting that, at the time, I treated as routine compliance work. The question on the table: what happens to the RMBS pool, and the mortgages it contains, if BNZ itself fails? The answer, in the formal legal structure, is that the SPV holding the mortgages is "bankruptcy-remote" from the parent bank. If BNZ goes through resolution, the SPV continues to exist as a separate legal entity. The RMBS noteholders — primarily the RBNZ — retain their direct claims on the mortgage cash flows through the SPV structure. The mortgages do not become part of the failed bank's general creditor pool. But the legal structure relies on operational capability. The SPV holds the *legal* interest in the mortgages, but the *physical* documentation — the original mortgage instruments, the property title evidence, the loan files — sits in BNZ's document storage facilities. If BNZ fails and is taken into resolution, access to the bank's physical premises, computer systems, and document storage may be disrupted. The RMBS noteholders (RBNZ) would have legal claims on assets they cannot operationally locate or service. My specific contribution to addressing this risk was building software to physically back up the mortgage documentation onto external hard drives, on a regular schedule, so that the backup drives could be removed from BNZ's premises and held by the RBNZ or its designated administrator in the event of bank failure. The mortgage documents themselves were physical paper, scanned into the bank's document management system and stored as PDF images. My software extracted those images, along with the associated metadata (loan numbers, borrower identification, property addresses, balance information, security documentation references), and wrote them to external storage devices in a format that an independent administrator could read without requiring access to BNZ's internal systems. The drives were physical, portable, and explicitly designed to be carried out of the building. I want the reader to sit with this for a moment. **A central bank required a major commercial bank to construct an operational apparatus that included, as one of its components, software for physically backing up the underlying mortgage documentation onto portable storage devices, specifically so that the documentation could be physically removed from the failing bank's premises in the event of resolution, so that the substitute-layer claims (RMBS notes held by the central bank) could continue to be enforced against the underlying mortgage assets even after the bank itself ceased to operate.** This is what the framework calls *the operational substitute layer*, in its precise operational form. It is not theoretical. It is software I wrote, drives I tested, procedures I documented for the RBNZ's review. The bank-failure protocol existed because the substitute-layer architecture *requires* it to exist — without operational continuity of the underlying mortgage documentation, the central bank's collateral position would be impaired in exactly the scenario the substitute layer was designed to address. The framework's claim is not that this protocol is malicious or excessive. The protocol is rational within the constraints the system imposes on itself. The framework's observation is *what the protocol's existence reveals about the system that requires it*. A monetary architecture in which a major commercial bank's collapse requires the physical extraction of mortgage documentation by independent administrators is, in framework terms, an architecture that has already accepted as a design assumption that bank failure is a recurring operational possibility rather than a remote tail risk. The substitute layer exists precisely because the underlying institutions are not stable enough to be trusted as standalone counterparties. The central bank requires the apparatus because it cannot rely on the bank's own ongoing operations. ## What the framework reads in this Five observations follow directly from what I observed at BNZ. **First, the substitute layer is constructed under central bank mandate, not market demand.** The RBNZ required the banks to build the RMBS apparatus. The banks complied because access to central bank liquidity was contingent on having the apparatus in place. The framework's reading: the substitute layer is not a market response to demand for mortgage-backed securities; it is a regulatory response to central bank requirements for eligible collateral. This distinguishes the operational substitute layer from naive demand-driven explanations and locates its construction logic precisely where the framework has been claiming it sits — at the central bank policy level. **Second, the substitute layer protects the central bank's position by externalizing saleability risk to the originating bank's general balance sheet.** The Christchurch episode demonstrated this exactly. When specific underlying assets experienced saleability impairment, the mechanism for protecting the central bank's collateral position was to remove the impaired assets from the central-bank-eligible structure. The impairment did not disappear; it was borne by the bank rather than the central bank. The framework's reading: the substitute layer is not a risk-reduction mechanism for the system as a whole; it is a risk-allocation mechanism that protects the central bank's specific position. **Third, the underlying asset class's low saleability is not addressed by the substitute layer; it is masked by it.** New Zealand residential mortgages in 2008-2013 were low-saleability assets in exactly the same Mengerian sense the framework has identified throughout this catalog. The construction of RMBS apparatus did not change the underlying saleability of New Zealand mortgages. It changed the *appearance* of the mortgages within the central-bank-eligible collateral system. The same mortgages, considered as standalone instruments, would have produced the same saleability profile after the RMBS construction as before. What changed was that the bank could now obtain central bank money against those mortgages on demand. **Fourth, the substitute layer requires operational infrastructure that contradicts its own stability claims.** The bank-failure protocol I helped build for BNZ exists because the system designers accepted bank failure as a recurring operational possibility. A monetary architecture confident in the standalone solvency of its component institutions would not require software for physical extraction of mortgage documentation onto portable storage devices. The protocol's existence is direct evidence that the substitute layer's stability is conditional on operational continuity that the system designers themselves do not trust. The framework's reading: every operational substitute layer carries a built-in acknowledgment of its own fragility, encoded in the contingency arrangements its designers require. **Fifth, the operational substitute layer scales rapidly under central bank pressure.** Six billion New Zealand dollars in mortgages were securitized within six months by a two-contractor team. The infrastructure expanded over the following five years to include additional pools, the covered bond program, the international issuance to Australian and European markets. The framework's reading: the *speed* of substitute-layer construction under central bank mandate is itself a structural variable worth tracking. The slow build-up of substitute-layer apparatus during stable periods can be followed by rapid expansion during stress periods, and the rapid-expansion phases are precisely when the underlying saleability questions are most acute. ## What the public framework looks like The Reserve Bank of New Zealand has, over the years since my time at BNZ, gradually expanded the public framework around its mortgage-backed securitization program. In 2017 it began developing the Residential Mortgage Obligations (RMO) framework — a standardized structure intended to support a private secondary market in addition to the central-bank-collateral function. The framework's reading of the RMO development is that it represents the RBNZ attempting to *reduce its own contingent liability* — to push the RMBS exposure from being held primarily by the central bank (which constitutes a structural concentration of liquidity risk) to being held by private market participants. The success of this transition has been incomplete; the secondary market has not developed at the scale originally hoped, and the RBNZ continues to be the dominant holder of New Zealand RMBS paper. Current RBNZ rules limit central bank acceptance of RMBS to approximately 2% of the holder bank's gross assets, at a pricing rate of OCR plus 50 basis points. The 10% operations cap I remembered from my time at the bank has been tightened over the years as the RBNZ has worked to reduce its contingent exposure. The fundamental structure — banks construct RMBS, pledge to the central bank, obtain central bank funding — remains in place. The framework's reading is that this configuration is *stable* in the operational sense — it has functioned without acute crisis since the 2008-2009 construction period — and *unstable* in the structural sense — the substitute layer remains, by design, a mechanism for translating low-saleability mortgages into central-bank-money equivalents, with all the structural consequences the framework has identified. ## What the household reader should take from this I want to be careful about what conclusions the framework draws from this firsthand account, because the temptation to over-claim is real and the framework's credibility depends on resisting it. What the account establishes: - The operational substitute layer exists, is constructed under central bank mandate, and functions as the framework has been describing. - Its construction speed is rapid when under pressure (six months for \$6 billion in New Zealand). - Its design includes contingency arrangements that acknowledge the institutional fragility of its component banks. - The underlying asset class's saleability properties are not addressed by the substitute layer; they are operationally masked. - The framework's structural claims about the substitute layer's function, derived from external analysis throughout the catalog, are confirmed by direct operational experience at one specific node. What the account does not establish: - The substitute layer will fail. The New Zealand RMBS apparatus has not failed across seventeen years of operation. The Christchurch earthquake test, however local, was handled exactly as designed. The framework does not predict failure of any specific substitute-layer node; it predicts that the substitute-layer apparatus as a whole accumulates structural stress that will be visible at the points the apparatus does not protect. - Bank failures are imminent. The bank-failure protocol I helped build was contingency planning, not prediction. The fact that the protocol exists does not imply that BNZ or NAB are likely to fail in any specific time frame. - The U.S. operational substitute layer works identically to the New Zealand version. The mechanisms have structural similarities (central-bank-eligible collateral, paper substitutes for low-saleability assets, contingent claims that protect the central bank's position) but the specific operational details differ across jurisdictions. The framework's value, for the household reader, is in the *conceptual confirmation* of what the substitute-layer analysis has been describing — and in the *empirical observation* that the apparatus is exactly as the framework's external analysis has been claiming it is. The mortgages in the BNZ RMBS pools were low-saleability assets that became, through operational construction, central-bank-money-equivalents. The aggregates I worked with daily — pool composition reports, payment statistics, LTV ratios, delinquency metrics — captured operational reality precisely while obscuring the structural reality that what I was building was a paper substitute for an underlying asset class whose saleability properties had not changed. This is the framework's central observation about monetary architecture in 2026. The substitute-layer apparatus is real, operational, well-engineered, and constructed in good faith by professional people doing technically competent work — and it is *the precise mechanism by which the underlying low-saleability properties of the dominant household asset class (housing finance) are converted into the appearance of monetary-grade liquidity*. The framework does not need to allege fraud or incompetence. The framework needs only to make visible what the apparatus is and what it does. That visibility is what the analytical project of this catalog is for. ## What this thread is for *Inside the Substitute Layer* is a new thread within the New Austrian Economics catalog. It will hold a small number of essays over time — perhaps three or four total — anchored in specific institutional experiences that bear directly on the framework's structural claims. The thread is distinct from *Watching the Cracks*, which engages real-time external data, and from the closed thematic series of the framework's earlier essays. The thread's editorial discipline: each piece is anchored in firsthand experience that the author can describe with operational specificity, presented through the framework's analytical apparatus, with explicit acknowledgment of what the firsthand account does and does not establish. The pieces are not exposés. They are not whistleblowing. They are framework-applied descriptions of specific institutional environments, presented for the reader to evaluate on their own terms. The next likely entry in the thread will engage the enterprise software architecture work — the systems behind the customer-facing surfaces of major financial and operational institutions, where the framework's substrate analysis can be tested against the actual operational reality of how these systems are constructed and maintained. That essay is not yet written. The framework will continue to develop in this register as the catalog grows. The watching continues. The framework's external diagnostic apparatus is now substantial, and the firsthand anchor that this thread provides gives the framework a kind of authority that external analysis alone cannot produce. The substitute layer is what the framework has been describing. I helped build one specific node of it. The framework's reading is what I have just described. The reader can evaluate the account on its own merits. --- *This is the first essay in "Inside the Substitute Layer," a new thread within the New Austrian Economics catalog drawing on direct institutional experience. The author worked at the Bank of New Zealand from late 2008 through early 2013, primarily on the RMBS infrastructure described above. All operational details are presented as direct recollection. The regulatory framework references are drawn from publicly available Reserve Bank of New Zealand documentation, which can be consulted at rbnz.govt.nz for independent verification of the institutional context.* --- # Aggregates That Lie: A Framework Audit of CPI, GDP, and the 2% Target URL: https://newaustrianeconomics.com/forum/20-aggregates-that-lie/ Date: 2026-05-22 Author: Jason D. Keys Tags: CPI, GDP, inflation, Federal Reserve, Boskin Commission, Menger, Fekete, monetary theory, measurement, saleability Description: Headline CPI is running around 3% in mid-2026, the Federal Reserve continues to describe 2% as the price-stability target, and GDP is reported as a single quarterly figure that purports to summarize the productive output of the world's largest economy. The framework's reading is that all three aggregates are structurally incapable of measuring what they claim to measure — not because of bad faith or methodological sloppiness, but because the underlying conceptual approach is wrong for the questions the readings are being used to answer. This essay walks through the specific operations by which the aggregates fail, engages the existing critiques (Boskin Commission, ShadowStats, MIT Billion Prices Project) carefully, and proposes a five-component alternative measurement program drawing on the framework's accumulated tools. # Aggregates That Lie: A Framework Audit of CPI, GDP, and the 2% Target The April 2026 Consumer Price Index reading, released by the Bureau of Labor Statistics on May 12, came in at 3.8% year-over-year, with core CPI at 2.8%. The Federal Reserve continues to describe 2% as the price-stability target. The Q1 2026 GDP release described the U.S. economy as having grown at a 2.3% annualized real rate. These three numbers — the headline inflation rate, the policy target, and the growth figure — together constitute the dominant macroeconomic vocabulary in which American economic discussion is conducted, by every major news outlet, every congressional debate, every Federal Reserve meeting, every long-term household financial plan. The framework's reading is that all three numbers are *structurally incapable* of measuring what they claim to measure. Not because of bad faith. Not because of methodological sloppiness — the Bureau of Labor Statistics employs some of the most careful statisticians in the world and the methodology documentation runs to thousands of pages. Not even because the numbers are wrong on their own terms, since each aggregate is internally consistent with its own definitional choices. The numbers fail because the *conceptual approach* of summarizing a heterogeneous, dynamic, household-experience-dependent phenomenon into a single national scalar is wrong for the questions the readings are being used to answer. This essay is the fifth installment of the *Watching the Cracks* series. Where the prior installments examined specific empirical sub-systems — banking failures, metro housing markets, the Florida insurance crisis — this one engages the broader question of whether the *aggregate measurement framework itself* is fit for purpose in 2026. The answer the framework reaches is direct: it is not, the failures are structural rather than transient, and the alternative measurement approaches the New Austrian framework has been developing across this catalog now constitute a coherent program that produces meaningfully different diagnostic readings than the official aggregates. The essay proceeds in five parts. First, the 2% target as a monetarist artifact and what its arithmetic actually implies. Second, the methodology shifts since 1996 that have systematically lowered measured CPI. Third, the structural reasons no national aggregate can capture what households actually experience. Fourth, the existing critique literature (Boskin Commission retrospective, ShadowStats, MIT Billion Prices Project, Truflation) and what it gets right and wrong. Fifth, the framework's alternative measurement program, drawing on the metro saleability map, the Mengerian Stress Index, and the diagnostic apparatus assembled across the prior eighteen essays of this catalog. ## The 2% target and what Rule of 72 actually means The Federal Reserve formalized its 2% inflation objective on January 25, 2012, when the Federal Open Market Committee published its first explicit longer-run goals statement. The target had been operational for several years before that — Ben Bernanke, then Fed chair, was widely understood to be operating to a 2% objective from approximately 2003 forward — but 2012 marked its formal entry into the Fed's published framework. The 2% target was not a Federal Reserve original. It was imported from the Reserve Bank of New Zealand, which in its 1990 Policy Targets Agreement with the New Zealand government committed to maintaining inflation in a 0-2% band. The RBNZ approach, championed by then-Governor Don Brash, was a direct application of monetarist macroeconomic theory — the view that central bank policy should focus narrowly on a measurable price-stability target, allowing markets to operate freely around that anchor. The framework was picked up by the Bank of England under inflation targeting in 1992, by Canada in the early 1990s, by Sweden in 1993, and eventually by most developed-economy central banks through the 2000s. The intellectual lineage is therefore Keynesian-monetarist synthesis, not Austrian. Menger's framework treats money as the most saleable commodity in a market — an asset whose properties emerge from market participants' choices and whose relative value is determined by the same forces that determine any other good's exchange value. There is no role in Menger's framework for a central authority to *set* a target for the rate of money's purchasing power decay. Fekete, working in the Menger tradition, was explicit that the post-1971 fiat monetary system's tendency toward continuous purchasing-power erosion was *the central economic pathology of the modern period*, not a policy parameter to be calibrated. The framework's specific objection to the 2% target is mathematical rather than ideological. **The Rule of 72** — a banker's heuristic for compound growth — states that money doubles at a rate equal to 72 divided by the annual interest rate, and conversely that purchasing power halves at the same rate when the rate is treated as inflation. At 2% inflation, purchasing power halves in 36 years. Over a 75-year span — the time horizon of a household working from age 25 to retirement at 67, then living to age 100 — the dollar loses approximately 78% of its purchasing power *as the explicit central bank policy objective*. A worker in 2026 earning \$60,000 per year, contributing to a retirement account expected to be drawn down beginning in 2068, is being told by the central bank's own published target that the purchasing power of those savings will be reduced by approximately three-quarters across the retirement period, by design. This is not a small policy parameter. It is the explicit acceptance of a particular trajectory of monetary depreciation, set by an institution whose original Federal Reserve Act mandate was to "maintain long-run growth of monetary and credit aggregates commensurate with the economy's long-run potential to increase production, so as to promote effectively the goals of maximum employment, stable prices, and moderate long-term interest rates." The phrase "stable prices" appears in the statute. The framework's reading is that 2% annual depreciation, sustained across multi-decade horizons, is not *stability* in any sense Menger or Fekete would have recognized. It is *policy-mandated capital erosion at a specifiable rate*. The 2% target is also, in framework terms, *the wrong objective even if it could be achieved*. Menger's saleability framework asks what properties make a monetary good more or less useful for exchange. Continuous depreciation impairs the savings function (one of the four classical functions of money), erodes the unit-of-account function over multi-decade contracts, and operates as a Fekete-an extraction on every monetary balance held longer than the period of high-cost rebalancing. A central bank pursuing 2% depreciation as a target is, by the framework's standards, *deliberately impairing one of the four functions of money* in pursuit of objectives (employment, output, financial stability) that the same framework treats as structurally indeterminate at the aggregate level. The two-percent target is therefore not, in the framework's reading, a *good* target that happens to be missed in practice. It is *a bad target in its own terms*, mathematically guaranteed to halve currency purchasing power within ordinary career horizons, anchored in monetarist macroeconomics rather than Mengerian saleability, and incoherent with the statutory language ("stable prices") under which the Federal Reserve is supposed to operate. ## The methodology shifts since 1996 If the 2% target is the wrong objective, the next question is whether the *measurement* the target is calibrated against is meaningful. The framework's reading is that it is not — and the reasons are operationally specific. In December 1996, a five-member commission appointed by the U.S. Senate Finance Committee, chaired by Stanford economist Michael Boskin, published its final report under the title *Toward A More Accurate Measure Of The Cost Of Living*. The commission concluded that the official CPI was overstating actual cost-of-living change by approximately 1.1 percentage points per year in 1996 and roughly 1.3 percentage points per year in earlier periods. The commission identified four specific sources of overstatement: substitution bias (consumers respond to price changes by substituting cheaper alternatives, but the CPI assumed a fixed basket), outlet bias (consumers shift toward discount retailers, but the CPI sampled established outlets), quality bias (improvements in products were treated as price increases rather than quality enhancements), and new-product bias (innovative products entered the index too slowly to capture their early-period welfare effects). The Boskin recommendations were politically consequential because the CPI was — and remains — the indexing basis for Social Security cost-of-living adjustments, federal tax bracket adjustments, federal pension benefits, and approximately 4.4% of federal spending overall. A 1-percentage-point reduction in measured CPI translates to roughly \$100 billion in reduced federal indexed spending over a decade. Congress did not formally adopt the Boskin recommendations, but the Bureau of Labor Statistics implemented substantially all of them through methodology changes that began in 1995 and accelerated through 1999. The most consequential single change was the **adoption of geometric mean weighting** for the lower level of the index (the level at which prices for specific goods within categories are combined). Before 1999, the BLS used an arithmetic Laspeyres formula, which assumed consumers would continue to buy the same quantities of each good as prices changed. After 1999, the BLS used a geometric Sato-Vartia or modified Laspeyres-Paasche formula, which implicitly assumed consumers would substitute toward cheaper goods within a category as relative prices changed. The geometric formulation produces lower measured inflation when prices within a category diverge — which is most of the time, for most categories. The BLS's own analysis estimated this single methodology shift reduced measured CPI by approximately 0.27 percentage points per year through the late 1990s. Subsequent retrospective work by Robert J. Gordon (NBER Working Paper 12311, 2006) suggested the cumulative effect across all the post-Boskin changes had reduced measured CPI by approximately 0.8 percentage points per year by the mid-2000s. The second consequential change was the **expansion of hedonic adjustments** for product quality. The BLS now uses hedonic regressions to estimate the value households assign to quality improvements in computers, televisions, apparel, rental housing, refrigerators, dishwashers, and several other categories. The mechanism: when a new computer at the same price replaces an older model with less RAM and a slower processor, the hedonic adjustment treats some portion of the price as a *decrease* (because the new computer is "better," even though the household paid the same dollar amount). The framework reads this as conceptually distinct from cost-of-living measurement. A household trying to maintain a *standard of computing capability* relative to current norms (because work, communication, and basic functioning require current-spec equipment) cannot benefit from hedonic improvements that the index treats as price decreases. The household experiences the new equipment at the same dollar cost; the index reports a hedonic-adjusted price decline. The third consequential change was the **treatment of housing through Owners' Equivalent Rent (OER)**. Before 1983, the CPI measured housing costs through a direct asset-price approach — the cost of buying and financing a home. In 1983, the BLS shifted to OER, which measures the rental value of owner-occupied housing through surveys of rental properties of similar type. The methodological argument for the shift is defensible (purchasing a home is partly an investment, and the consumption value of housing services is more accurately captured by rental equivalence). The empirical consequence has been that **OER produces meaningfully lower inflation readings than direct house-price-and-financing-cost measurement during periods when home prices and mortgage rates rise faster than rents** — which is essentially the entire post-1996 period. The Case-Shiller home price index rose approximately 240% between 1996 and 2024; the OER component of CPI rose approximately 95% over the same period. Households purchasing homes experienced something closer to the Case-Shiller trajectory; the index reflected something closer to the OER trajectory. The cumulative effect of these and several other methodology shifts is that **the CPI as published in 2026 is calculated under substantially different methodology than the CPI as published in 1995**. Cross-period comparisons of inflation rates are not strictly comparable. The post-Boskin methodology produces readings approximately 1.0-1.3 percentage points lower than the pre-Boskin methodology would have produced for the same underlying price data. Across 30 years, this gap compounds to approximately 35-50% in cumulative reported inflation versus what the pre-Boskin methodology would have shown. The framework's reading is *not* that the BLS is engaged in fraud or that the methodology changes are illegitimate on their own technical terms. Each individual change is defensible within its own analytical frame. The framework's observation is structural: **the methodology choices were made by an institution whose statistical output was politically and fiscally consequential, in directions that systematically reduced measured inflation, with each change adopted through internal technical processes that did not receive the kind of public scrutiny that a 30-year cumulative reduction of one-third in reported inflation would have warranted if presented as a single policy decision**. The framework does not need to allege bad faith. The structural pressure on the measurement institution to produce lower readings — through reasonable-sounding individual choices each justified on its own terms — is sufficient to explain the trajectory. ## Why no national aggregate can capture household experience Even if the CPI methodology were optimal in every individual respect, the framework's deeper objection would remain: **no single national aggregate can capture what households actually experience as the cost of living**, because the household-level experience is structurally heterogeneous in ways no aggregate can resolve. The metro saleability map developed in [Article 17](/forum/17-metro-saleability-map) of this catalog made this concrete at the geographic level. Forty major U.S. metros, evaluated on four observable indicators, produced sixteen metros in clear stress, fourteen in stable condition, and ten transitional. The cumulative 10-year carrying-cost gap between Lakeland and Columbus, on identical home prices, was approximately \$90,000 — a difference larger than the median annual household income in either metro. **A single national CPI reading cannot describe both of these households' experiences simultaneously**, because they are experiencing structurally different inflation trajectories driven by structurally different cost components. The geographic decomposition is one dimension. The framework can identify at least five others where the same aggregation problem operates: **Income-quintile heterogeneity.** Households in the bottom income quintile spend approximately 36% of income on food and 35% on housing (rent or mortgage plus utilities), per BLS Consumer Expenditure Survey data. Households in the top income quintile spend approximately 11% on food and 27% on housing, with much larger shares allocated to transportation, healthcare, entertainment, and savings. **The same price changes produce structurally different cost-of-living impacts across income quintiles**, because the basket weights differ by orders of magnitude. The CPI publishes one number that purports to summarize both. **Age-cohort heterogeneity.** A 70-year-old household spends approximately 14% of income on healthcare; a 30-year-old household spends approximately 5%. Healthcare prices have risen approximately twice as fast as the overall CPI across the post-2000 period (medical care services component up approximately 92% from 2000-2024 vs. all-items CPI up approximately 75%). The framework's reading: the 70-year-old household has experienced meaningfully higher actual inflation than the 30-year-old household for two decades, and the single aggregate cannot describe either accurately. **Life-stage heterogeneity.** Households with school-age children spend approximately 8% of income on child-related expenses (childcare, K-12 educational supplements, age-specific consumption) that essentially do not appear in childless household budgets. Childcare prices have risen approximately 145% from 2000-2024, well above headline CPI. Education prices have risen approximately 175% over the same period. A household in the active child-rearing phase faces a fundamentally different inflation environment than the same household ten years before or ten years after. **Consumption-mix heterogeneity.** Households differ in their consumption preferences in ways the BLS attempts to capture through expenditure surveys but cannot resolve at the individual level. A household that consumes primarily restaurant meals has experienced different food-cost inflation than one that consumes primarily home-cooked meals. A household that drives a vehicle 25,000 miles per year experiences different transportation-cost inflation than one that drives 8,000 miles per year. The aggregate flattens these distinctions to a national average. **Time-horizon heterogeneity.** The CPI is a Laspeyres-style backward-looking index applied to a basket whose weights reflect past consumption. By the time the basket is updated to reflect new consumption patterns, the patterns have already shifted. **The household making a 30-year housing decision needs forward-looking information about the structural saleability and carrying-cost trajectory of their candidate metros**; the CPI cannot provide this because it is, by construction, looking at where prices have been rather than where the underlying cost-structure is moving. The Phoenix wage-and-price episodes from the early 2000s are a useful illustration. Mutual fund company employee meetings in Arizona during that period — the housing run-up that preceded the 2008 crash — produced specific household complaints that wage increases were not keeping pace with the cost of a home. The complaints were dismissed at the time as anecdotal. The CPI's OER methodology was correctly producing low housing-cost readings (rental equivalence in metros with high homeownership rates lags the asset-price trajectory). The framework's reading is that the households were *empirically correct* and the aggregate was failing to capture the relevant phenomenon — the asset-price inflation that determines household balance-sheet outcomes was running far above the rental-flow measure that the CPI captures. **The aggregate gave a reading that was internally consistent and analytically defensible while completely missing the experience the households were articulating.** This is not a methodology problem that can be fixed by better hedonic adjustments or more frequent basket rotation. It is the *structural limitation* of single-number aggregates applied to phenomena that operate heterogeneously across geography, income, age, life stage, consumption mix, and time horizon. The framework's reading is that the project of producing a single "the inflation rate" is *conceptually mistaken*, regardless of how carefully the underlying statistics are assembled. ## The existing critique literature, examined Three external critique frameworks deserve specific engagement. **ShadowStats**, the long-running website maintained by John Williams since 2004, publishes "alternative" CPI calculations purported to reflect 1980s and 1990s methodology. The ShadowStats readings consistently run 5-7 percentage points higher than official CPI. The framework's reading is that ShadowStats is *directionally correct but methodologically broken*. Directionally correct because the methodology shifts since 1996 have indeed produced lower readings than the pre-Boskin methodology would have produced. Methodologically broken because Williams has acknowledged, in a phone call with economist James Hamilton, that ShadowStats does not actually recalculate the underlying data — it simply adds a constant offset to the official CPI and publishes the sum. This is not a recalculation; it is a transformation. The constant offset, originally derived from the Boskin Commission's own estimate of measurement bias, has been applied for two decades without re-estimation, producing readings that drift further from defensibility each year. The framework can engage the *critique* that ShadowStats articulates (methodology shifts have lowered measured inflation) without endorsing the *numbers* ShadowStats publishes (which are not analytically supported). **The MIT Billion Prices Project**, founded by Alberto Cavallo and Roberto Rigobon in 2008, scrapes online retail prices for hundreds of thousands of products across multiple countries and publishes real-time daily inflation indexes. The methodology is genuinely novel — it does not depend on BLS survey sampling, does not require basket updates, captures online prices that approximate the actual consumption experience of modern households, and operates at daily resolution rather than monthly. The framework treats the BPP as the most credible single alternative inflation measure currently in operation. Its limitations: it does not cover services well (services prices are not typically posted online), it does not cover housing (rent prices are not consistently online-scrapable), it does not cover the full basket of household expenditure. The BPP and the CPI tend to agree on average over long periods but diverge meaningfully during acute price-change episodes (the early COVID period, the 2022-2023 inflation surge), with the BPP typically showing the change earlier and more sharply. **Truflation**, a daily inflation index launched in 2022, takes a similar real-time data-scraping approach to the BPP but covers a wider expenditure basket and publishes a publicly accessible composite daily reading. The Truflation methodology is documented and the index is verifiable; the readings tend to track BPP closely and to diverge from official CPI during the same acute episodes that distinguish BPP from CPI. The framework treats Truflation as a useful additional reference point, particularly for users who want a single daily reading rather than the multiple-series BPP output. What none of these alternative measures provides is what the framework actually needs: **inflation measurement that is forward-looking, geographically disaggregated, and household-specific in a way that the user can apply to their own situation**. The BPP and Truflation produce better aggregates than the CPI in some respects, but they remain aggregates. The framework's diagnostic apparatus from the rest of this catalog points toward a different kind of measurement framework — one that abandons the single-number ambition and produces instead a set of geographically-specific, asset-class-specific, household-applicable saleability readings. ## The framework's alternative measurement program The framework has, across the prior nineteen essays of this catalog, produced or proposed five distinct measurement components that together constitute an alternative monetary diagnostic program. Drawing them together explicitly: **Component 1: The Mengerian Stress Index (MSI), proposed in [Article 12](/forum/12-mengerian-stress-index-dashboard).** The MSI is a composite of five sub-indicators (paper-physical premium in precious metals, on-the-run / off-the-run Treasury spread, repo haircut dispersion, FX cross-currency basis, ETF-NAV deviation in stress) designed to measure substrate-layer monetary stress in real time. The current 2026 reading is approximately 1.15, against a pre-2022 baseline of approximately 0.25. The MSI is not a price index; it is a stress index. It captures *how close the monetary substrate is to acute dysfunction*, with the structural drift from 0.25 to 1.15 across four years constituting the framework's quantification of the secular saleability decay that no official aggregate reports. **Component 2: The metro saleability map, developed in [Article 17](/forum/17-metro-saleability-map).** Forty major U.S. metros scored on four observable indicators (inventory imbalance, year-over-year price trajectory, foreclosure rates, property tax burden) and color-coded into three saleability tiers. The map is updated quarterly tied to ATTOM, Zillow, and Tax Foundation release cycles. It is *not* a single inflation reading; it is a geographic diagnosis of where housing's underlying low saleability is currently producing visible household-level stress. Reading it informs household decisions in ways no national aggregate can. **Component 3: The tax-plus-insurance wedge measurement, developed in [Article 19](/forum/19-tax-plus-insurance-wedge).** A direct numerical computation of the non-mortgage carrying-cost component of household housing cost, broken down across property tax, homeowners insurance, and HOA fees, with assessment-cap regime as an additional explanatory variable. The framework's specific calculation: a 10-year carrying-cost gap of approximately \$90,000 between Lakeland, Florida and Columbus, Ohio on identical \$400,000 home prices. The wedge is a household-applicable measurement framework. Any household can apply it to their candidate metro using publicly available data. **Component 4: Real-time price scraping (MIT BPP / Truflation integration).** The framework can incorporate the BPP daily indexes and Truflation real-time data as supplementary signals, particularly for the goods component of household expenditure that the metro-saleability work does not cover. These external indexes are themselves alternative measurement frameworks; the framework's contribution is to integrate them with the geographic and substrate-stress work into a coherent practitioner-grade dashboard. **Component 5: Household-specific saleability assessment.** The framework can be applied at the individual household level through five questions the household can answer for themselves: What is my carrying-cost wedge in my specific metro? What is my position in the metro saleability map (red, yellow, green)? What is the current MSI reading and trajectory? What is my income-quintile, age-cohort, and life-stage exposure to inflation components that the aggregate is missing? What is my household's 5-10 year saleability trajectory under current monetary policy assumptions? **No official aggregate answers any of these questions.** The framework provides a workable answer to each. These five components together do not produce *the* inflation reading. They produce a *diagnostic system* — a set of measurements that, taken together, give the household and the analyst a substantially more accurate picture of the relevant monetary phenomenon than the official aggregates provide. The framework's specific commitment, as Series Four continues to develop: the MSI dashboard implementation will move from specification to working reference implementation across 2026-2027. The metro saleability map will be updated quarterly. The carrying-cost wedge calculator will be released as a household-applicable tool. The component readings will be integrated into a single publicly accessible dashboard hosted at newaustrianeconomics.com, with full source code available for inspection. **The framework will, in operational form, do what ShadowStats has been promising for two decades and failing to actually deliver: produce a rigorous, methodologically defensible, household-applicable alternative monetary diagnostic system.** ## The closing observation The April 2026 CPI reading of 3.8% is not, in the framework's vocabulary, *wrong*. It is structurally limited. It captures one specific aggregation of one specific basket through one specific set of methodology choices, and the reading is internally consistent with those choices. The reading also bears an increasingly tenuous relationship to what individual households are actually experiencing, what specific asset classes are actually doing, what regional housing markets are actually producing, and what the monetary substrate is actually experiencing in the way of accumulated stress. The framework's job is to make this gap visible. Conventional economic discussion treats the CPI as approximately the right measure of inflation, the 2% target as approximately the right policy objective, and the GDP figure as approximately the right summary of economic output. The framework's reading is that all three are *approximately* aligned with reality in ways that allow the institutions producing them to continue producing them without acute political consequence, while diverging from the lived experience of households in ways that compound steadily over time. The 2% inflation target is policy-mandated capital erosion at a specifiable rate, anchored in monetarist macroeconomics rather than Mengerian saleability, mathematically guaranteed to halve currency purchasing power within ordinary career horizons. The CPI has been altered through methodology shifts since 1996 that systematically reduce measured inflation by approximately 1.0-1.3 percentage points per year relative to the pre-Boskin methodology. The household-level experience of inflation diverges from the aggregate in structurally irreducible ways tied to geography, income, age, life stage, consumption mix, and time horizon. And the framework, after twenty essays' worth of accumulated diagnostic work, now has the apparatus to produce alternative measurements that are practitioner-grade, household-applicable, and methodologically defensible in ways the existing alternative-inflation literature has not achieved. The aggregates will continue to be reported. The Federal Reserve will continue to describe 2% as the price-stability target. The April-by-April CPI releases will continue to dominate financial-press coverage of monetary conditions. The framework's contribution is to make visible what those readings cannot capture — and to provide the household, the analyst, and the practitioner with the diagnostic apparatus needed to navigate monetary reality on terms more accurate than the aggregates allow. The next installment of *Watching the Cracks* will engage the FDIC Q1 2026 Quarterly Banking Profile, due for release in late May. The framework's predictions from [Article 16](/forum/16-two-failures-a-year) are now overdue for testing. The watching continues. The measurement program is now coherent enough to publish in its own right. --- *This is the fifth installment of "Watching the Cracks." A companion essay, "The Operational Substitute Layer: A Firsthand Account from Inside the Machinery," launches a separate thread (provisionally titled "Inside the Substitute Layer") that draws on direct institutional experience rather than external data, beginning with the author's work building one of the major New Zealand banks' RMBS infrastructure during the 2008-2013 period.* --- # The Tax-Plus-Insurance Wedge: How Non-Mortgage Carrying Costs Became the Marginal Variable in American Housing URL: https://newaustrianeconomics.com/forum/19-tax-plus-insurance-wedge/ Date: 2026-05-19 Author: Jason D. Keys Tags: Menger, Fekete, property tax, homeowners insurance, HOA fees, carrying costs, Proposition 13, Save Our Homes, Citizens Insurance, Surfside, housing Description: For three decades, U.S. housing affordability was discussed primarily in terms of price and mortgage rate. In 2026, the marginal variable that determines whether a household can afford to stay in their home — or whether a prospective buyer can afford to enter the market — is no longer the mortgage payment. It is the wedge of non-mortgage carrying costs: property tax, insurance, and HOA fees. The wedge has grown wider than the headline mortgage payment in many metros, it has compounded faster than wages for five consecutive years, and it operates as a Fekete-an extraction that the household cannot directly negotiate. This essay maps the wedge, identifies its political-economy drivers, and reads its trajectory through the New Austrian framework. # The Tax-Plus-Insurance Wedge: How Non-Mortgage Carrying Costs Became the Marginal Variable in American Housing In late 2025, the New York Times published a piece identifying nine American metros that had seen the steepest property tax bill increases over the prior five years. The list: Indianapolis, Atlanta, Jacksonville, Tampa, Miami, Orlando, Dallas, Denver, and Fort Worth. All nine metros saw median property tax bills rise **45 to 65 percent between 2019 and 2024**, often producing three-digit monthly cost increases on top of mortgage payments that were already at the affordability limit. The article appeared during the period when the broader housing-affordability conversation was still dominated by mortgage rate and price discussion. It received some attention. The structural significance of what it was describing did not. The framework's reading is that this list — and the underlying dynamic the list reflects — captures the most consequential single shift in American housing economics over the past five years. **The marginal variable that determines housing affordability is no longer the mortgage payment.** It is the wedge of non-mortgage carrying costs: property tax, homeowners insurance, and (where applicable) HOA fees and special assessments. The wedge has grown wider than the headline mortgage payment in many specific metros. It has compounded faster than wages for five consecutive years. And it operates as a Fekete-an extraction mechanism that the household cannot directly negotiate, cannot refinance away, and cannot escape without selling the asset. This essay is the fourth installment of the *Watching the Cracks* series and the framework's most direct engagement with the tax-and-insurance dynamic that the previous installment ([Article 18](/forum/18-lakeland-saleability-collapse), on Lakeland specifically) treated as the proximate cause of one metro's saleability collapse. Where [Article 18](/forum/18-lakeland-saleability-collapse) told the story of one metro under stress, this essay generalizes the analysis across the broader U.S. metro footprint, identifies the structural drivers of the wedge in each of its three components, and reads the trajectory through the framework Fekete left us. ## The wedge, defined The traditional American housing-affordability framework treats the monthly housing cost as a function of four variables: price (P), down payment percentage (D), mortgage rate (R), and term (T). The standard 30-year fixed-rate mortgage payment calculator produces the monthly principal-and-interest cost (M) as a closed-form function of P, D, R, and T. This framework, which has dominated the housing-affordability literature since at least the 1970s, is now structurally incomplete in a way that produces consistent underestimates of actual household housing burden. The complete cost framework adds three additional variables: property tax (X), homeowners insurance (I), and HOA fees with embedded special assessment exposure (H). The total monthly housing cost in 2026 is therefore M + X + I + H, where the second three terms together constitute the **carrying-cost wedge**. The wedge has three important framework-relevant properties. **First, it is non-negotiable.** Unlike the mortgage payment, which the household can in principle refinance, restructure, or escape through sale or default, the carrying-cost components are tied to the property and cannot be separated from continued ownership. Property tax is set by the assessor based on assessment methodology that the household does not control. Insurance is priced by carriers based on actuarial models that the household cannot influence. HOA fees are set by board votes that the household has minimal practical influence over and that operate under state laws that increasingly require certain spending levels (Florida's post-Surfside Structural Integrity Reserve Studies, for example). **Second, it compounds independently of mortgage dynamics.** A household with a 3% fixed-rate mortgage from 2021 — the asset that is supposed to be the financial bedrock of long-term household stability — experiences exactly zero benefit from the rate lock if their carrying-cost wedge has grown by \$800 per month over the same period. The framework reads this as a saleability impairment that operates on the household's *financial position* even though the household's *underlying asset* is unchanged: the same home that was affordable in 2021 is no longer affordable in 2026 not because the mortgage changed, but because the wedge widened. **Third, it operates as a Fekete-an extraction in the precise structural sense.** Each component of the wedge is a continuous claim on the household's cash flow that produces no offsetting service improvement, that cannot be refused without surrendering ownership of the asset, and that compounds over time at rates the household cannot meaningfully resist. This is the precise structural form of the capital erosion mechanism that Fekete identified at the macro level: a continuous extraction that depletes the productive capital of the affected unit while producing no offsetting productive growth. The remainder of this essay examines each of the three wedge components in turn, identifies the structural drivers that have caused each to escalate, and reads the trajectory through the framework's broader monetary analysis. ## Component 1: Property tax and the assessment regime divergence Property tax in the United States operates under a patchwork of state-level rules that produce dramatic variation in how the tax bill behaves over time. The fundamental variable is whether the state caps annual increases in *assessed value* (the basis on which the tax is computed) or only the *tax rate* (the multiplier applied to assessed value), and how it handles reassessment when the property changes hands. **The strongest cap regime is California's Proposition 13**, enacted in 1978. Under Prop 13, the assessed value of a property is locked at the purchase price (the "base year value") and can increase by no more than 2% per year regardless of market value movements. The tax rate itself is capped at 1% of assessed value (plus voter-approved bonds and special assessments, which typically push the effective rate to roughly 1.1-1.2%). When the property changes hands, the assessed value resets to the new purchase price. The framework's reading of Prop 13 is precise. The regime produces *strong protection for incumbent homeowners* — a Californian who purchased a home in 1995 for \$200,000 may now pay property tax on an assessed value of approximately \$350,000 (35 years of 2% annual increases compounded), while the same home's market value is \$1.8 million. The corresponding tax bill is approximately \$3,500 per year against a \$1.8 million asset, an effective rate of 0.19%. This is structurally identical to the saleability protection that Menger identified as characteristic of a senior monetary good: the asset's exchange value (market price) decouples from the extraction operating against it. But Prop 13 is *also* a transfer of saleability from prospective buyers to incumbent owners. The buyer purchasing the same \$1.8 million home today is reassessed at full market value, and pays approximately \$20,000 per year in property tax — six times what the incumbent neighbor pays for the same physical asset. The framework reads this as a structural cleavage in California's housing market that has compounded across the post-1978 period: the incumbent population has been protected from the extraction that the entering population must absorb in full. **Florida's Save Our Homes provision** operates similarly to Prop 13 but with weaker protection: assessed values on homesteaded properties can increase by up to 3% per year (or CPI, whichever is lower), and the cap does not apply to non-homesteaded properties (where assessed value can increase up to 10% per year). Florida also offers a \$50,000 homestead exemption and a portability provision that allows homeowners to transfer up to \$500,000 of accumulated assessment savings to a new Florida homestead within three years of selling the prior one. The combination produces meaningful but less complete protection than California's regime. **Texas's homestead cap is 10% per year** — wide enough that during pandemic-era price increases, many Texas homeowners saw their assessed values rise by close to the maximum allowed amount even as the cap was nominally protecting them. The cap on non-homesteaded properties is 20% per year through 2026, and the state offers the largest homestead exemption in the country at \$100,000 off the school district taxable value (saving roughly \$1,300-1,500 per year at typical rates). Texas's over-65 freeze, which locks the school tax bill at the year the homeowner turns 65, is one of the strongest senior protections nationally. **New York operates a 2% tax levy cap** at the municipality level, but this caps the *aggregate* property tax levy collected by a local government, not the individual property's assessed value. Individual properties can still see large assessment increases that translate to large tax bill increases, particularly in metros where reassessments have been deferred for long periods and then occur in concentrated cycles. **Illinois, Pennsylvania, and Ohio** have no statewide assessment caps. Properties can be reassessed to full market value at any reassessment cycle (Illinois uses a 4-year cycle, Cook County uses 3 years), and the tax bill can move sharply between assessment cycles. The framework's reading is that the un-capped regimes produce more volatile household property tax burdens and contribute to the affordability stress visible in specific metros (Indianapolis being the prominent NYT-list example from an un-capped state). The structural pattern visible across the assessment regime variation is this: **the metros where property tax burdens have grown most sharply since 2019 are concentrated in states that combine no-cap or weak-cap regimes with rapid post-pandemic price appreciation.** The NYT list maps directly onto this pattern. Indianapolis (Indiana, no assessment cap), Atlanta (Georgia, annual reassessment, weak protections), Jacksonville/Tampa/Miami/Orlando (Florida, Save Our Homes only covers homesteaded properties), Dallas/Fort Worth (Texas, 10% homestead cap is wider than 5-year price appreciation in many submarkets so the cap was non-binding), Denver (Colorado, biennial reassessment, no cap). What this means in practice: a household in a no-cap or weak-cap state that purchased a \$300,000 home in 2019 has seen the assessed value rise to \$400,000-450,000 by 2024 in many of these metros, with the tax bill rising proportionally (often 45-65% as the NYT documented). The same household in California with Prop 13 protection would have seen the assessed value rise to approximately \$325,000 over the same period — roughly 30% lower than the no-cap state equivalent. The framework's reading is that the property tax cap regime is now a primary determinant of housing affordability trajectory in a way that the conventional analysis underweights. The household's choice of state at purchase locks them into a five-decade trajectory of either Prop 13-style protection or no-cap exposure, with implications that compound across the holding period. ## Component 2: The insurance market dysfunction [Article 18](/forum/18-lakeland-saleability-collapse) (Lakeland) examined the Florida insurance market in detail. This essay extends the analysis to the broader pattern of insurance market dysfunction that is now visible across multiple U.S. metros and that constitutes the most rapidly compounding component of the carrying-cost wedge. The fundamental observation is that homeowners insurance — historically a routine cost of homeownership that escalated at roughly the rate of inflation — has decoupled from inflation in specific geographies over the past five years. The decoupling is driven by climate exposure (hurricane, wildfire, hail, flood), insurance market structure (state-level regulation that varies dramatically in how it handles catastrophic loss), and the reinsurance market dynamics that determine the cost of catastrophic backstop coverage. **Florida is the most acute case.** Average homeowners insurance premium in Miami-Dade County approaches \$15,715 per year (Insurify); Monroe County premiums exceed \$22,000 per year. The Florida market saw 12+ insurance companies declared insolvent between 2019 and 2023. Citizens Property Insurance Corporation peaked at 1.42 million policies and \$675 billion in exposure in October 2023, and was politically positioned as potentially unable to pay claims in a major hurricane scenario (though the corporation cannot legally become insolvent because it can levy assessments on all Florida property insurance policyholders). The Florida Insurance Guaranty Association levied four separate emergency assessments between 2022 and 2023. **California is following a similar trajectory in wildfire-exposed regions.** State Farm announced in 2024 it would not renew approximately 30,000 California policies. Allstate withdrew from the California new-policy market. The California FAIR Plan — the state-managed insurer of last resort — saw policy counts triple between 2019 and 2024. Average premiums in fire-prone California zip codes rose 30-50% in three years. The framework's reading is that California is approximately two years behind Florida on the same trajectory, with the policy and political-economy response still in early stages. **Texas faces a related but distinct dynamic.** Hail damage and severe thunderstorm exposure has driven Texas premiums to among the highest in the country, with the Texas Windstorm Insurance Association (the state-managed coastal insurer) functioning structurally similarly to Florida's Citizens. Average Texas homeowners insurance premium rose 40-60% between 2019 and 2024 in the most affected metros. **Colorado, Louisiana, and the broader Gulf Coast** are all showing comparable stress patterns at varying magnitudes and timing. The framework's reading of insurance market dysfunction extends beyond the specific state-level dynamics to a more general structural observation. **Property insurance has been the historically-reliable substitute layer that translated household-level catastrophic risk into priced premium exposure**, allowing households to occupy properties in catastrophe-prone geographies under the assumption that the premium would price the risk at affordable levels. This substitute layer is now failing in specific geographies. The framework reads this as structurally analogous to the failure of the agency MBS substitute layer that [Article 8](/forum/08-agency-mbs-paper-substitute) of this catalog identified as the next major crisis vector: a paper substitute that worked under specific conditions has decayed in saleability as the underlying conditions have changed. The Federal Reserve cannot fix this. The agency MBS substitute layer is at least nominally backstopped by federal guarantee. The property insurance substitute layer is backstopped by state-level reinsurance pools and state-managed insurers, with no federal backstop except in extreme circumstances (the NFIP for flood, which is itself structurally insolvent on a forward-looking basis). When the insurance substitute layer fails, the failure is metro-by-metro, state-by-state, with no central authority capable of generalizing the response. ## Component 3: HOA fees and the post-Surfside reserve mandate The third component of the wedge is HOA fees, including the embedded exposure to special assessments. This component is smaller in scale than property tax and insurance but is growing faster than either in specific geographies and producing the most acute individual-household shocks. The defining event for HOA fee dynamics over the past five years is the **Surfside condo collapse on June 24, 2021**, in which 98 people died when Champlain Towers South partially collapsed in the middle of the night. The investigation revealed years of deferred maintenance and inadequate reserve funding — issues the Florida legislature subsequently determined were common across the state's older condo inventory. Florida's legislative response was **Senate Bill 4-D**, signed by Governor DeSantis in May 2022. The law fundamentally changed how Florida condominiums are maintained and funded. All condo buildings three or more stories tall must undergo mandatory structural inspections ("milestone inspections") at 25 years of age (or 30 for buildings more than three miles from the coastline), with re-inspection every 10 years thereafter. More consequentially, **Structural Integrity Reserve Studies (SIRS)** are now mandatory for condo buildings three or more stories tall, and condo associations can **no longer waive reserve funding** for structural components. The SIRS covers ten building components: roof, structure, waterproofing, electrical, plumbing, windows, fire protection, elevators, paint, and pavement. Before SB 4-D, an estimated 5-10% of Florida condo associations had properly funded reserves, and approximately half had no reserves at all. Associations had routinely voted to waive reserve contributions to keep monthly fees low. The framework reads this as a multi-decade deferral of maintenance costs that has now been forcibly recognized through a single regulatory mechanism, with the entire cost falling on current unit owners. The empirical impact has been severe. **Miami-Dade HOA fees rose 59% in five years**, per Axios reporting. **Tampa led the nation at 17.2% year-over-year HOA fee increases**; Orlando 16.7%, Fort Lauderdale 16.2%. **Special assessments of \$50,000 to \$200,000 per unit have become common**, with the most extreme cases at Surfside-area buildings reaching **\$80,000 to \$400,000 per unit**. The framework's reading is that the post-Surfside HOA dynamic represents a **forced recognition of deferred maintenance liability** that the previous regulatory regime had allowed to accumulate. The accumulated liability was structurally analogous to the unrealized losses on bank securities portfolios that [Article 16](/forum/16-two-failures-a-year) of this catalog examined: a liability that existed on the property but was not visible in current cash flow until a regulatory or market event forced recognition. Surfside was that event for Florida condo reserves; SB 4-D was the recognition mechanism; the SIRS process is the forced funding requirement. Other states are watching the Florida response and considering similar legislation. California's HOA regulatory regime caps special assessments at 5% of the annual budget without member vote, providing some protection that Florida's pre-2022 regime did not have. But the underlying physical reality — aging condo inventory with decades of deferred maintenance — is not specific to Florida. Comparable dynamics are likely to emerge in other states with substantial pre-1990 condo inventory over the next 5-10 years. For single-family homes in HOA-governed subdivisions, the dynamics are different but not necessarily less stressful. Single-family HOA fees average \$100-300 per month in most U.S. metros but can spike in response to amenity maintenance costs, legal disputes, or insurance increases that flow through to the HOA's master policy. The framework predicts the single-family HOA dynamic will compound slowly through the rest of the decade, particularly in metros where master-policy insurance costs are escalating. ## The wedge in numerical comparison The framework's most useful single deliverable for the household reader is a direct numerical comparison of the wedge across representative metros. Take the case of a household purchasing a \$400,000 home with 20% down at 6.23% mortgage rate, holding for 10 years, and comparing the total carrying cost across selected geographies: **Lakeland, Florida:** - P&I: \$23,594 per year - Property tax (2.1% effective): \$8,400 per year - Insurance: \$6,200 per year - HOA (suburban single-family, typical): \$1,200 per year - **Total annual carrying cost: \$39,394** - 10-year cumulative: \$393,940 (plus carrying cost escalation, which has averaged 8-12% annually in this metro) **Indianapolis, Indiana:** - P&I: \$23,594 per year - Property tax (Marion County, 1.8% effective): \$7,200 per year - Insurance: \$1,800 per year - HOA (suburban single-family, typical): \$400 per year - **Total annual carrying cost: \$32,994** - 10-year cumulative: \$329,940 **Columbus, Ohio:** - P&I: \$23,594 per year - Property tax (Franklin County, 1.5% effective): \$6,000 per year - Insurance: \$1,400 per year - HOA (suburban single-family, typical): \$400 per year - **Total annual carrying cost: \$31,394** - 10-year cumulative: \$313,940 **Sacramento, California (incumbent with Prop 13 protection):** - P&I: \$23,594 per year (assuming a recent purchase; incumbent owners would have much lower) - Property tax (1.1% effective on purchase price): \$4,400 per year for first year, growing 2%/year - Insurance: \$1,600 per year - HOA: \$400 per year - **Total annual carrying cost: \$30,000-32,000** - 10-year cumulative: ~\$300,000 (Prop 13 cap keeps property tax growth at 2%/year) The cumulative carrying cost over a 10-year hold differs by approximately **\$93,000** between the Lakeland case and the Columbus or Sacramento case. This is the framework's quantification of the wedge: roughly \$93,000 of additional household cash outflow over the holding period, *with no offsetting service improvement and no escape mechanism short of selling the asset*. The framework reads this as the operational form of Fekete's capital erosion mechanism applied to the household-scale economy: a continuous extraction that depletes household productive capital across the holding period, with no compensating productive output. ## The political-economy dynamics The wedge's three components have produced distinct political-economy responses across affected jurisdictions, with implications the framework can read. **California's "Save Prop 13 Act of 2026"** is scheduled for the November 2026 ballot after the Reform California campaign submitted 1.35 million signatures. The measure aims to reinforce the existing Prop 13 protections against efforts to weaken them through legislative or initiative action. The framework's reading is that the measure is likely to pass, given the structural alignment between incumbent homeowners (who benefit from Prop 13) and the voting electorate. The passage will preserve the existing transfer from prospective buyers to incumbent owners that Prop 13 has produced across the post-1978 period. **Florida is considering eliminating most property taxes** through a constitutional amendment under discussion in 2026 legislative sessions. The proposal — to abolish property tax for primary residences and replace the revenue through sales tax or other mechanisms — has political appeal in a state with high property tax burdens but faces serious revenue-replacement challenges. The framework's reading is that the proposal is unlikely to be implemented in its full form but may produce partial reforms (expanded homestead exemptions, additional age-related freezes, reduced rate caps) that incrementally reduce the property tax component of the wedge. **Florida's HOA regulatory response** to Surfside (SB 4-D, with amendments through HB 913 in 2025 providing some flexibility) has shifted to a posture of trying to balance the structural integrity requirements against household affordability. The framework predicts continued legislative refinement over the next 2-3 years, with the eventual stable regime requiring lower reserve funding levels than the original SB 4-D mandated, in exchange for more rigorous inspection enforcement. **Insurance market reform** has been most active in Florida, with the 2022-2023 reforms that produced the depopulation of Citizens having broadly succeeded at restoring private market function. California has begun similar reform conversations, including the FAIR Plan governance restructuring debate and the Insurance Commissioner's emergency rate filings. Texas has resisted comparable reforms, with state-level insurance market intervention remaining at the periphery of legislative priority. What the framework reads across these political-economy dynamics is that the wedge's three components are politically *resistant* to systematic reduction. The property tax cap regimes are structurally protected against weakening (the California Save Prop 13 measure is an example of this). The insurance market reforms can stabilize but not retroactively reverse the premium escalation that produced the household-budget breaks of 2022-2024. The HOA reserve mandates can be moderated but not eliminated without exposing the underlying structural integrity problem that Surfside revealed. The framework's prediction is that **the wedge is structurally permanent** in the affected metros at approximately current levels, with continued slow escalation rather than reversal. The household that has absorbed the wedge expansion of 2019-2024 should not expect the expansion to be undone; they should expect modest stabilization at current levels with continued 3-6% annual growth from this elevated baseline. ## The framework's reading The tax-plus-insurance wedge is, in the framework's vocabulary, **the operational form of Fekete's capital erosion mechanism applied to the household scale**. Fekete identified capital erosion at the macro level as the continuous depletion of productive capital through interest rate manipulation, monetary policy, and substitute-layer dynamics. The wedge produces the analogous depletion at the micro level: continuous extraction from household cash flow at rates that compound faster than productive output (wages), through mechanisms the household cannot directly negotiate, with no escape short of surrendering the underlying asset. The framework's three central observations: **First**, the wedge has now grown to a magnitude that meaningfully alters the housing-affordability calculation in specific geographies. A buyer comparing Lakeland and Columbus on price alone — both around \$400,000 — sees comparable affordability. The same buyer comparing total cost-to-income ratios sees a meaningful structural advantage in Columbus, with the gap widening over time as the climate-and-insurance wedge in Florida continues to compound. The framework predicts that households making rational decisions on full carrying-cost terms will increasingly sort toward the lower-wedge metros, which will compound the geographic divergence visible in [Article 17](/forum/17-metro-saleability-map)'s metro saleability map. **Second**, the wedge is not transient and is not amenable to monetary policy correction. The Federal Reserve cannot lower insurance premiums or property tax assessments. The Treasury cannot intervene in state-level reserve mandates. The substitute layer that has historically supported housing affordability — agency MBS, private mortgage insurance, federally-backstopped insurance pools — does not extend to the carrying-cost wedge components. Where the wedge breaks household budgets, it breaks them on a substrate that the federal government cannot directly stabilize. **Third**, the wedge's permanence has structural implications for the housing market beyond the immediate affordability impact. **Where the wedge is large and growing, housing saleability decays directly in the Mengerian sense**: the asset's exchange properties become impaired because the bundle of costs attached to ownership cannot be readily transferred to a counterparty without comparable carrying-cost tolerance. The framework predicts that high-wedge metros will see continued home price decline relative to low-wedge metros, with the relative valuation gap widening across the next 5-10 years until the carrying-cost trajectory either stabilizes (allowing some recovery) or continues to compound (producing further saleability decay). ## What households should take from this The framework-aligned reader making housing decisions in 2026 should hold the following operational observations: **The wedge is now the dominant variable.** Mortgage rate and price are no longer sufficient inputs for a housing affordability calculation. The household needs to compute the full carrying cost including property tax, insurance, and HOA fees, and project that cost across the intended holding period. A simple rule: the calculated 10-year cumulative carrying cost should be compared across candidate metros directly, with the cumulative gap (often \$50,000-\$100,000 between high-wedge and low-wedge metros) representing real household-level wealth implications. **Assessment cap regime matters more than headline tax rate.** A 2.0% effective rate in a Prop 13 state compounds very differently than a 1.5% effective rate in an un-capped state, over a 20-30 year hold. The framework's preferred metric is the **projected 30-year cumulative property tax bill** under the relevant cap regime, not the current-year rate. Households planning long-term housing decisions should run this projection explicitly. **Insurance is the most rapidly-compounding component.** In climate-exposed metros, insurance premiums have grown 40-100% in the past five years and are likely to continue growing at 5-15% annually for the foreseeable future. The framework predicts that insurance will overtake property tax as the largest non-mortgage carrying cost in many Florida and California metros by 2030. Households should weight insurance trajectory heavily in metro selection decisions. **HOA exposure should be evaluated structurally, not just on current fees.** The current HOA monthly fee is one input; the embedded special assessment exposure (reserve funding adequacy, deferred maintenance, master-policy renewal trajectory) is often more consequential. The framework's specific recommendation: any HOA-governed purchase should include explicit review of the reserve study, board meeting minutes, and master-policy renewal history before commitment. **The framework's preserved case for buying (from [Article 7](/forum/07-housing-as-anti-money) and [Article 17](/forum/17-metro-saleability-map)) still applies.** The framework is not arguing that housing is universally a bad investment. It is arguing that housing's saleability is structurally low, that the geographic heterogeneity in non-mortgage carrying costs has become the dominant variable in determining whether the framework's preserved case for buying applies in any specific metro, and that the wedge is operating as a Fekete-an extraction in specific geographies where the household should account for it explicitly rather than treating it as background noise. ## What this means structurally The framework's most consequential systemic prediction from the wedge analysis is this: **the carrying-cost trajectory across the U.S. housing market is now diverging fast enough that household financial outcomes from housing decisions are increasingly metro-determined rather than skill-determined**. A skilled financial decision-maker in Lakeland faces structurally worse outcomes than an unskilled decision-maker in Columbus, holding other variables constant, because the carrying-cost wedge in Lakeland will compound to roughly \$90,000 of additional household cash outflow over a 10-year hold compared to Columbus. This divergence is novel. Through the post-1971 housing regime, the dominant variables in household housing outcomes were the household's own skill (mortgage selection, timing, market knowledge) and the broader macro environment (rates, prices, employment). The geographic dispersion in non-mortgage carrying costs was modest enough that it did not dominate the household-skill variables. In 2026, the geographic dispersion in carrying costs has become large enough to overwhelm the household-skill variables in many specific cases. The framework's reading is that this represents a regime shift in how American household wealth is accumulated and preserved through housing. The shift is not advertised, is not visible in the conventional affordability metrics, and is not yet broadly internalized in household decision-making. The framework's diagnostic apparatus is designed to make it visible. The wedge is the central tool. The next installment of *Watching the Cracks* will engage the Q1 2026 FDIC Quarterly Banking Profile when it releases in late May 2026. The framework's predictions from [Article 16](/forum/16-two-failures-a-year) are now overdue for testing. --- *This is the fourth installment of "Watching the Cracks." It completes the housing diagnostic arc within the series (Articles [17](/forum/17-metro-saleability-map), [18](/forum/18-lakeland-saleability-collapse), and [19](/forum/19-tax-plus-insurance-wedge) collectively constituting the metro-level housing saleability analysis). Subsequent installments will rotate between banking diagnostics (Q1 2026 QBP, ongoing bank failures, Federal Reserve enforcement actions), housing diagnostics (quarterly metro map updates, individual stress-metro deep-dives), and broader monetary indicators (Treasury auction stress, repo market dynamics, FX basis movements). The framework's prediction from this installment, recorded for future testing: the gap between high-wedge and low-wedge metros will widen further over the next 12 months, with at least three currently-yellow Sun Belt metros transitioning to red category by mid-2027.* --- # Lakeland, Florida: How One Sun Belt Metro Became the Saleability Collapse Case Study URL: https://newaustrianeconomics.com/forum/18-lakeland-saleability-collapse/ Date: 2026-05-16 Author: Jason D. Keys Tags: Lakeland, Polk County, Florida, Menger, Fekete, foreclosure, insurance crisis, housing, saleability, case study Description: In 2024, Polk County had the highest foreclosure rate in the United States — one filing for every 172 housing units, more than double the national rate. The metro that produced this distinction grew 16.8% in five years, sits in the geographic center of the Florida insurance crisis, and now hosts a parallel community of 2008-survivors-turned-foreclosure-specialists. The framework's reading is direct: Lakeland is what happens when a low-saleability asset class is built at scale on a substrate that subsequently fails. The pattern is reproducible. Other Sun Belt metros are 12-24 months behind. # Lakeland, Florida: How One Sun Belt Metro Became the Saleability Collapse Case Study In 2024, Polk County, Florida — a metro of approximately 800,000 people centered on the city of Lakeland — had the highest foreclosure rate in the United States. One of every 172 homes in Polk County had a publicly recorded foreclosure filing last year, according to real estate analytics firm ATTOM. That was more than double the national rate of one in every 435 homes. Lakeland topped the national rankings again in monthly ATTOM reports through 2025 and into 2026. The metro that produced this distinction grew faster than almost anywhere else in the country during the pandemic era. Polk County was the country's third-fastest growing metropolitan area between 2019 and 2023, with a five-year growth rate of 16.8%. Construction permits surged. New subdivisions filled inland tracts that had been pasture or citrus groves a decade earlier. Home prices roughly doubled between 2019 and 2022. And then, beginning in 2023 and accelerating through 2024 and 2025, the system unraveled in a way that the framework's diagnostic apparatus can read with unusual clarity. This essay is the third installment of the *Watching the Cracks* series, and the deepest single-metro case study the catalog has produced. The previous installment ([Article 17](/forum/17-metro-saleability-map)) mapped 40 U.S. metros against the framework's housing saleability indicators and identified Lakeland as the cleanest red-category example in the panel. This installment goes inside the metro to understand what specifically broke, why it broke in the order it did, and what the framework predicts will happen next — both in Lakeland itself and in the other Sun Belt metros that are 12-24 months behind on the same trajectory. The argument has three structural points. First, Lakeland's foreclosure crisis is *not* primarily a story about mortgage underwriting or rate environment. It is a story about non-mortgage carrying costs — insurance premiums specifically, with property tax and infrastructure failure as contributing factors — breaking household budgets that were originally structured around mortgage costs alone. Second, the framework's reading is that this represents the empirical manifestation of the housing-as-anti-money critique from [Article 7](/forum/07-housing-as-anti-money): a low-saleability asset class that was built at scale on a substrate (climate-stable insurance, growth-without-infrastructure governance, post-2021 monetary regime) that has since failed beneath it. Third, the pattern is reproducible. Other metros with comparable population growth, insurance exposure, and assessment-cap dynamics are tracking the same trajectory with characteristic lags. ## The data, established The headline number is the foreclosure rate, but the underlying picture is more complete and more concerning. As of mid-2026: - **Polk County prices are dropping approximately 4.4% year-over-year**, with the steepest declines in the entry-level price tiers (\$200,000-\$300,000) where investor-driven flipping during the pandemic produced the largest overhang. - **Florida statewide foreclosure filings reached approximately 4,621 in the most recent monthly reporting**, with Polk County contributing a disproportionate share relative to its population. - **Cape Coral-Fort Myers leads the entire nation in price declines** at approximately -9% year-over-year per ATTOM's Q1 2026 report, with Punta Gorda close behind in double-digit declines. The Gulf Coast pattern is mirrored across multiple Florida metros at varying lags. - **Polk County had been in the top 10 nationally for foreclosure activity for many years before claiming the #1 position in 2024**, suggesting that the structural problem predates the pandemic-era acceleration. The metro was vulnerable before the substitute layer began failing; the substitute layer's failure simply made the vulnerability visible. The local newspaper, LkldNow, ran a comprehensive piece in March 2025 under the title *"Underwater: Polk County Has Nation's Highest Foreclosure Rate."* The reporting captured both the data and the lived experience of the people inside the data, and it identified specific structural causes that the framework's reading subsequently validates point by point. ## Bob Miller and Allison Lund The most useful single source for understanding what happened in Lakeland is Bob Miller, a 55-year-old Lakeland real estate broker at MillShire Realty. Bob Miller lost his home in 2008 during the subprime mortgage crisis. After losing it, he became a licensed real estate agent specializing in foreclosures. "So I've seen both sides of it," he told LkldNow. Allison Lund, 43, nearly lost her Lakeland home in 2021 after her income plummeted during the COVID-19 pandemic. Hundreds of other Polk County residents — homeowners with fixed-rate mortgages, the financial product that was supposed to be the bedrock of long-term household stability — have seen their monthly housing costs jump by up to \$1,000 in recent years because of skyrocketing homeowners' insurance premiums. Miller identified five specific factors that he believes explain why Polk County homeowners are struggling more than most. The list is worth taking seriously because it comes from someone who has been working inside the foreclosure market in this specific metro across two full cycles: 1. **Population growth drove up prices.** The 16.8% five-year growth rate brought waves of new residents, primarily from higher-cost metros in the Northeast and Midwest, who arrived with cash from their previous home sales and bid up local prices. 2. **A construction boom amplified the supply-side stress.** Builders rushed to meet demand, primarily in the entry-level segment. The post-pandemic price collapse in this segment has been steepest precisely because the construction boom was concentrated there. 3. **High interest rates made the transition unaffordable.** Buyers who would have purchased at 3.5% in 2021 now face 6.5-7% mortgage rates on more expensive homes. 4. **Skyrocketing insurance premiums.** This is the factor Miller identifies as the most consequential. "They're just getting totally out of hand. Most people are seeing an increase in their payments between 30 to 50% of their monthly payments, and people just can't take it anymore." 5. **Growth without infrastructure.** Miller's fifth factor is more diffuse but no less important. The county's commercial and government infrastructure has not kept pace with the pace of new home construction, which the framework reads as a saleability impairment at the metro level rather than the individual property level. The LkldNow reader comments on the article are instructive because they capture the local political-economy assessment that the journalism could not directly state. One reader wrote: "Polk county government has decided that bringing more people here and building TONS of housing starting 200k-300k was a great idea. With no additional infrastructure or shopping or places to work." Another: "It's a build at any cost mentality without any regard for the infrastructure needed to support the out-of-control growth. There's been very poor growth planning." A third specifically called out the conflict-of-interest dynamic: "Over the years city and county commissioners backgrounds have been tied to real estate and development." The framework's reading does not require taking any of these characterizations as politically authoritative. The reader does not need to decide whether Polk County's commissioners were acting in good faith or in bad faith to recognize that the structural pattern is consistent: a low-saleability asset class was built at scale, marketed to in-migrants at price points that assumed the supporting substrate (insurance, infrastructure, monetary regime) would continue to function as it had in the immediately preceding period, and the assumption proved wrong. ## The insurance breakage Of Miller's five factors, the insurance crisis is the one that distinguishes Florida from comparable Sun Belt metros and that drives the timing of the foreclosure wave. The framework's housing critique in [Article 7](/forum/07-housing-as-anti-money) noted "weaponization risk" as a Mengerian saleability factor; the Florida insurance crisis demonstrates that this dimension extends to climate-driven insurance market dysfunction, which functions structurally similarly to direct political weaponization — a quasi-regulatory actor (in this case, the state-managed insurer of last resort plus the private market collectively) controls access to a property's saleability through pricing decisions that the individual homeowner cannot influence. The mechanics of how Florida's insurance market broke are worth understanding in detail because they are not yet fully understood outside the affected metros, and because the framework's reading depends on the specifics. Through the 2010s, Florida's private property insurance market operated through a network of approximately 100 small and mid-sized carriers, most of them Florida-domiciled, many of them undercapitalized relative to their hurricane exposure. Hurricane Andrew in 1992 had previously bankrupted 11 insurance companies and produced the original Florida Residential Property and Casualty Joint Underwriting Association — the predecessor to Citizens Property Insurance Corporation, which was created in 2002 by the merger of two state-managed entities. Citizens grew throughout the 2010s as private insurers selectively withdrew from high-risk coastal markets, but it remained manageable. The breakage began with Hurricane Ian in September 2022 and accelerated through 2023. United Property & Casualty Insurance, with 135,000 Florida policies concentrated in the affected region, was declared insolvent in early 2023 after losses of \$864 million from Ian alone. Six other Florida insurers were declared insolvent during the same window. The Florida Insurance Guaranty Association — which pays claims for insolvent insurers and recovers the cost through assessments on all Florida property insurance policyholders — levied four separate emergency assessments between 2022 and 2023 (0.7% in 2022, 1.3% from July 2022 through June 2023, 1% in 2023, and another 0.7% ending December 2023). These assessments operated as an extraction from every Florida household holding property insurance, regardless of whether their own policy had been with one of the insolvent carriers. Citizens' policy count surged from approximately 500,000 in 2019 to **1.42 million policies in October 2023** — the largest property insurer in the state by a wide margin. The corporation's exposure peaked at approximately **\$675 billion**. As Florida Governor Ron DeSantis acknowledged publicly in March 2023, the state-managed insurer faced potential insolvency in the event of a major hurricane — a structurally impossible outcome under the statute (Citizens by law cannot become insolvent because it can levy assessments on all Florida property insurance policyholders to cover any shortfall), but a politically catastrophic one because the assessment mechanism would amount to a sudden and uncapped tax on every Florida homeowner. The state's legislative response, beginning with reforms in December 2022 and 2023, eliminated one-way attorney fees and assignment-of-benefit agreements that had been driving claim litigation costs. The reforms made the Florida market more attractive to private carriers. By the end of 2025, **17 new insurance companies had entered or announced plans to enter the Florida market**, and Citizens had depopulated from 1.42 million policies down to approximately **385,000 — a 73% reduction**. The Citizens 2026 rate filing requested a **2.6% personal lines rate decrease**, the first decrease in many years. The framework's reading of this trajectory is mixed. The legislative reforms genuinely did stabilize the private market and reduce Citizens' exposure. The state's insurance regulator is correct that the system is more functional now than it was in 2023. *But the reforms did not restore Florida insurance affordability to pre-crisis levels for the existing homeowner population.* The damage to household budgets occurred during the 2022-2024 window, when premiums doubled or tripled across most of the state and where the reforms came too late to prevent the cascade into foreclosure that is now visible in the ATTOM data. For the household in Lakeland whose mortgage payment escalated by \$700-1,000 per month because of insurance premium increases between 2022 and 2024 — and who lacked the income flexibility to absorb that increase — the eventual stabilization of the market does not retroactively make their housing affordable. The stabilization simply means that the *next* round of homebuyers in Florida will face a less volatile insurance environment. The existing homeowner population that absorbed the premium shock has already produced the foreclosure wave that the data now reflects. Specific numbers ground the broader picture. **Cape Coral has the third-highest premium-to-market ratio in the nation at 2.2%** — meaning a \$350,000 home costs approximately \$7,700 annually in insurance alone. **Miami-Dade County average premiums approach \$15,715 per year**, per Insurify data; **Monroe County premiums exceed \$22,000 per year**. The Lakeland numbers are lower than the coastal numbers but still extreme by national standards: an inland Polk County home that paid \$2,800 per year in 2020 typically pays \$5,200-6,500 per year in 2026. ## The 2008 parallel, examined carefully The Lakeland residents quoted in the LkldNow piece are not the only ones drawing parallels between 2026 and 2008. The framework needs to engage the comparison directly, because the structural similarities are real and the differences are important. **What is similar:** Both cycles featured rapid run-ups in housing prices driven by easy credit, in-migration to specific Sun Belt metros, and speculative purchasing by investors and flippers. Both cycles produced a cohort of homeowners whose financial position depended on continued price appreciation rather than on the underlying productive value of the asset. Both cycles featured a triggering event — Lehman in 2008, the insurance crisis in 2022-2024 — that revealed the underlying fragility. Both cycles produced concentrated foreclosure clusters in specific Sun Belt metros. And both cycles featured the same underlying Mengerian phenomenon: a low-saleability asset class was being treated as a high-saleability asset by buyers who had not internalized the actual properties of what they were buying. **What is different:** 2008 was driven by mortgage underwriting failure on the front end — borrowers received loans they could not afford under the originally-quoted terms, often because of adjustable-rate features, teaser rates, or stated-income origination. 2026 is driven by carrying-cost escalation on the back end — borrowers received fixed-rate mortgages they *could* afford under the original terms, then watched their non-mortgage carrying costs (insurance, property tax, HOA fees) escalate to levels that broke the original affordability calculation. The mortgage product itself worked as designed. The supporting substrate failed. This distinction matters for the framework's diagnosis in two specific ways. First, it means that the conventional regulatory response to 2008 — tightening mortgage underwriting standards — would not have prevented the 2026 foreclosure wave in Lakeland. The Polk County homeowners now facing foreclosure had qualifying credit scores, qualifying debt-to-income ratios, and qualifying loan-to-value ratios at origination. The Dodd-Frank ability-to-repay standards were satisfied. The wave is not the result of bad underwriting; it is the result of the structural assumption that non-mortgage carrying costs would remain stable when in fact they have moved sharply against the borrower. Second, it means that the 2026 wave is unlikely to be resolved by the same kinds of policy responses that addressed 2008. The 2008 response — emergency Federal Reserve liquidity, agency MBS purchases, mortgage modification programs, foreclosure moratoriums — addressed *credit access* and *mortgage payment affordability*. The 2026 stresses are in *insurance markets* and *property tax assessment regimes*, which the Federal Reserve cannot directly address and which the federal government has limited tools to influence. The substitute layer that supported 2008 is not structurally available to support 2026 in the same way. Bob Miller's parallel — he lost his home in 2008, became a foreclosure specialist, and is now watching the same patterns produce a different kind of crisis from a different angle — is the framework's most useful single piece of qualitative evidence. The structural commonality (low-saleability asset class, leveraged ownership, regional concentration) is real. The mechanism (substrate failure rather than underwriting failure) is different. The implication is that the foreclosure wave now visible in the data will resolve differently than 2008 resolved, on different timescales, with different distributional consequences. ## The framework's reading Lakeland in 2026 is the cleanest empirical case study of the housing-as-anti-money critique from [Article 7](/forum/07-housing-as-anti-money). Every element of the framework's prediction is observable in the metro-level data. **Housing's structurally low saleability is now visible.** The framework's [Article 7](/forum/07-housing-as-anti-money) audit ranked single-family housing at the bottom of Menger's saleability spectrum on every objective criterion: non-divisible, geographically immobile, non-fungible, with demand dependent on specific local economic conditions, and exposed to political and quasi-political weaponization through tax assessment and insurance regulation. Lakeland in 2026 demonstrates every one of these properties as a binding constraint. Homes that listed at \$320,000 in early 2022 are sitting at \$275,000 for 90+ days in 2026, with the seller absorbing both the price decline and the carrying costs during the marketing period. The metro's median days-on-market has risen from 28 days at the 2021 peak to 74 days currently. This is not a market in transition; this is a market in which the underlying saleability has structurally decayed. **The substitute layer has failed at the metro level.** The framework's [Article 8](/forum/08-agency-mbs-paper-substitute) analysis identified agency MBS as the \$9 trillion paper substitute that has masked housing's underlying low saleability across the post-1934 American architecture. The Florida insurance market plays an analogous role at the metro-saleability level: the private insurance market is the substitute layer that prices climate risk away from the underlying property and onto a diffused pool of insurance policyholders. When the insurance market substitute layer fails — as it did in Florida between 2022 and 2024 — the climate risk reverts to the property level, and the property's saleability collapses commensurately. Lakeland is the metro in which this reversion has been most visible. **The Fekete-an extraction mechanism is operating on the household scale.** [Article 7](/forum/07-housing-as-anti-money)'s framing of property tax as a perpetual ground rent extends naturally to the insurance premium as a parallel extraction with similar structural properties: continuous, capable of indefinite escalation, and not subject to direct household negotiation. The Polk County household whose insurance premium rose from \$2,800 to \$5,500 per year experienced this as a \$225 per month extraction with no offsetting service improvement — structurally identical to a tax assessment increase. The aggregation of property tax, insurance, and (where applicable) HOA fees produces a non-mortgage carrying cost trajectory that the framework predicts will continue to compound across all Sun Belt metros with similar climate exposure. **The geographic concentration confirms the framework's heterogeneity prediction.** [Article 17](/forum/17-metro-saleability-map) mapped 40 metros and identified Florida, Texas, and the broader Sun Belt as the concentration of the saleability collapse. Lakeland is the most acute example, but the pattern is reproducible. Cape Coral, Punta Gorda, North Port, Naples, and Fort Myers along the Florida Gulf Coast are showing comparable price declines (-7% to -9% year-over-year) and elevated foreclosure rates. Phoenix, Las Vegas, Austin, and the Texas metros are tracking similar patterns with different specific drivers (overbuilding rather than insurance, but with comparable structural outcomes). ## What happens next in Lakeland specifically The framework's prediction for Lakeland over the next 12-24 months is concrete and falsifiable. **Foreclosure activity will continue to elevate.** The carrying-cost shock that produced the 2024-2025 wave has not been fully reflected in the public foreclosure data because of the long timeline between initial delinquency and completed foreclosure (the ATTOM data shows an average 577-day foreclosure timeline nationally, longer in judicial-foreclosure states including Florida). The framework predicts that Lakeland foreclosure starts in 2026-2027 will exceed the 2024 levels, with completion data following in 2027-2028. The metro's foreclosure rate is more likely to *rise* over the next 18 months than to fall. **Home prices will continue to decline at -4% to -6% annualized.** The framework predicts another 8-12% cumulative price decline in Lakeland over the next 24 months, bringing the metro's home prices to approximately 75-80% of the 2022 peak. This is a meaningful correction but not a 2008-scale collapse, because the underlying mortgage portfolio is structurally sounder than the 2008 vintage (fixed-rate, fully-amortizing, mostly with original loan-to-value ratios that allow for absorbing 15-20% price declines without triggering negative equity). **The insurance market stabilization will not retroactively rescue the affected homeowner cohort.** Citizens' 2026 rate decrease is real, the entry of 17 new insurance carriers is real, and the long-run trajectory of the Florida insurance market is more stable than it was during the 2022-2024 acute crisis. None of this changes the position of the household that absorbed the 2022-2024 premium shock and is now financially compromised. The framework predicts that 60-80% of the Polk County foreclosures completed in 2026 will reflect financial damage incurred during the 2022-2024 window, with the household never having recovered from the carrying-cost spike. **The metro's longer-term saleability profile depends on whether the underlying conditions reverse.** This is the framework's most consequential observation. *If* Florida's climate exposure does not intensify further (a large assumption); *if* the insurance market stabilization continues; *if* property tax assessments moderate as home prices decline; *if* infrastructure investment catches up to the population growth — then Lakeland could return to a relatively functional housing market over a 5-10 year horizon. *If* any of these conditions fail to materialize, the metro will likely continue to underperform the broader U.S. housing market for the foreseeable future. The framework's prediction is that *some* of these conditions will hold and *some* will not, producing a continued underperformance trajectory that does not collapse into 2008-style crisis but does not return to the pre-2022 expansion either. ## What this means for other Sun Belt metros The framework's central forward-looking claim is that **the Lakeland pattern is reproducible** and that other Sun Belt metros are tracking the same trajectory at characteristic lags. The metros most likely to follow Lakeland's trajectory over the next 12-24 months, based on the framework's reading of comparable structural conditions: **Cape Coral, Punta Gorda, North Port, Naples (Florida Gulf Coast).** Currently leading the nation in price declines (-9% YoY in Cape Coral-Fort Myers). The insurance shock that broke Lakeland's household budgets is even more severe in the Gulf Coast metros. The framework predicts foreclosure rates in these metros will approach or exceed Lakeland's by mid-2027. **Tampa, Orlando, Jacksonville.** Currently in the [Article 17](/forum/17-metro-saleability-map) red category but at earlier stages of the trajectory. Tampa's HOA fees rose 17.2% in the most recent year — the highest in the nation. The framework predicts these metros will see meaningful foreclosure rate elevation through 2026-2027 with peak severity in 2027-2028. **Austin, San Antonio, Dallas, Houston, Fort Worth (Texas Sun Belt).** Different specific drivers (overbuilding rather than insurance) but comparable structural pattern. Austin's prices are already 27.8% below their 2022 peak. The framework predicts the Texas metros will continue to underperform through 2026-2027 with stabilization possible in 2028 if construction starts continue to moderate. **Phoenix, Las Vegas.** The most uncertain cases because the supply-demand dynamics are different from both Florida and Texas. The framework predicts continued underperformance but at smaller magnitude than the Florida and Texas comparison cases. What unites all of these metros, in the framework's reading, is the combination of: 1. Concentrated population growth during the pandemic era 2. Building activity that added inventory at the entry-level price point 3. Property tax assessment regimes that captured pandemic-era price increases without offsetting rate reductions 4. Climate exposure (Florida) or supply elasticity (Texas) that produced asymmetric stress on existing homeowners 5. Households whose financial position was structured around pre-crisis carrying costs Where these conditions co-occur, the framework predicts the Lakeland pattern will reproduce with characteristic timing. The metros listed above are the framework's specific watch list for the next 12-24 months. ## The closing observation Lakeland in 2026 is the empirical demonstration of what [Article 7](/forum/07-housing-as-anti-money) of this catalog argued in the abstract. Housing is a structurally low-saleability asset class. When the substrate that has historically supported its appearance as a wealth-building instrument fails — as it has in Florida's insurance market, as it is failing in Texas's overbuilding pattern, as it is at risk of failing in the carrying-cost trajectory across the broader Sun Belt — the underlying saleability properties become directly visible in the data. The household in Lakeland is not facing a personal financial mistake. They are facing the consequence of a structural arrangement that worked under a specific set of monetary, regulatory, and climate-stability conditions and that is now operating under different conditions. The framework's empathy is with the household; the framework's diagnostic apparatus is with the structural pattern that is now reproducible across a substantial portion of the U.S. metro footprint. The next installment of this series will address the broader extraction mechanism that connects Lakeland to Indianapolis to Atlanta to Denver to Dallas — the property tax and insurance wedge that is rewriting the household budget calculus across the Sun Belt and beyond, in ways that the framework reads as the operational form of Fekete's capital erosion mechanism at the metro scale. The watching continues. The geography of what is being watched is now well-defined. --- *This is the third installment of "Watching the Cracks" and the deepest single-metro case study in the New Austrian Economics catalog. The framework's predictions recorded here for future testing: Lakeland's foreclosure rate will remain at or above the national-leading position through 2026; Polk County home prices will decline an additional 8-12% over the next 24 months; the Cape Coral / Punta Gorda / North Port cluster will reach or exceed Lakeland's foreclosure rate by mid-2027; the Texas Sun Belt will continue underperforming through 2027 with possible stabilization in 2028.* --- # The Metro Saleability Map: Where the Framework's Housing Prediction Is Being Validated URL: https://newaustrianeconomics.com/forum/17-metro-saleability-map/ Date: 2026-05-13 Author: Jason D. Keys Tags: Menger, Fekete, housing, saleability, property tax, foreclosures, metros, geographic heterogeneity, Sun Belt Description: Article 7 of this series argued that housing's saleability is structurally low and that the rare conditions under which buying still makes sense reduce to a narrow case: supply-constrained markets, 10+ year holding horizon, intent to occupy, with manageable property tax and climate exposure. This essay tests that argument against current metro-level data — 40 metros, four observable indicators, one US map. The geographic split is real, sharp, and worsening. The framework's prediction is being validated in real time. # The Metro Saleability Map: Where the Framework's Housing Prediction Is Being Validated The seventh essay in this catalog applied the Menger-Fekete framework to the dominant household financial decision in American life and reached an uncomfortable conclusion: housing scores at the bottom of Menger's saleability spectrum on every objective criterion, and the financial product that has made American homeownership widely accessible — the 30-year fixed-rate fully-amortizing mortgage — is a 90-year-old policy construction whose continued operation depends on a \$9 trillion substitute layer that is itself approaching structural limits. That essay did preserve a defensible case for individual home purchase, but the case was narrow. It applied to households in **supply-constrained markets** with **10+ year holding horizons** and **intent to occupy**, where **property tax burdens are manageable** and where **climate, insurance, and weaponization risks are bounded**. The framework's prediction was that this case would not generalize uniformly across the country — that the post-2021 housing trajectory would produce geographic heterogeneity in housing saleability sharp enough to be observable in metro-level data, and that the Sun Belt overbuilding pattern of 2020-2024 would produce specific stress concentrations whose timing and severity could be tracked through the empirical indicators the framework identifies as diagnostic. That prediction was made in late April 2026, before the most recent metro-level data was assembled. This essay tests the prediction directly. The result is the most striking single chart this series has produced: a map of 40 major U.S. metros, color-coded according to four observable framework indicators, that confirms the geographic heterogeneity argument with unusual clarity. **Roughly forty percent of the major metros analyzed are now in clear stress (red). About thirty-five percent retain the supply-constrained, manageable-cost profile the framework identifies as where housing still makes sense (green). The remaining twenty-five percent occupy a transitional middle (yellow) with mixed signals.** This is the second installment of the *Watching the Cracks* series. Where the previous installment ([Article 16](/forum/16-two-failures-a-year)) examined the FDIC failure count as a trailing indicator of banking system stress, this one applies a similar diagnostic approach to housing — looking at the actual signals that the framework predicts should matter, and asking whether they are showing the geographic split the framework expects to see. ## The four indicators Reading housing through the framework requires four observable signals. The metro-level data for each is available from standard sources at roughly monthly cadence, and each one captures a different dimension of saleability that the framework identifies as diagnostic. **Indicator 1: Inventory imbalance.** The most decisive single variable in current housing market dynamics. ResiClub Analytics, drawing on Zillow data, has documented that the correlation between 12-month price change and inventory balance now runs at approximately -0.8, with an R² near 0.65. Where inventory exceeds pre-pandemic 2019 levels by a clear margin (the Sun Belt overbuild markets), prices fall; where inventory remains below 2019 levels (the Midwest and Northeast), prices hold or rise. The framework's reading: inventory imbalance is the most direct empirical measure of housing's *current* saleability gradient. Markets with inventory surpluses are markets where housing is structurally less saleable on transactional terms; markets with inventory deficits are markets where saleability remains supported. **Indicator 2: Year-over-year price trajectory.** A backward-looking measure, but a critical one for confirming what inventory imbalance predicts. Through March 2026, the Zillow Home Value Index showed national home prices up just 0.4–0.8% year-over-year, with 89 of the 300 largest metros (roughly 30%) in outright year-over-year decline. The concentration of declines was sharp: Austin (-5.9%), Tampa (-3.5%), Dallas (-3.9%), San Antonio (-2.7%), Houston (-1.9%), Cape Coral and Punta Gorda in double-digit declines, statewide Florida down approximately 4.2%. Meanwhile, Hartford was the hottest single market in the country (up roughly 22.5% from its 2022 peak) and Ohio metros (Columbus +4%, Toledo projected at +13.1% by Realtor.com) were among the best performers nationally. **Indicator 3: Foreclosure rate.** The leading indicator that captures genuine household financial distress, lagged but unambiguous. ATTOM's Q1 2026 U.S. Foreclosure Market Report documented 118,727 foreclosure filings — the highest quarterly count since 2020, up 26% year-over-year — across twelve consecutive months of year-over-year increases. The geographic concentration matches the inventory and price data closely: Indiana, South Carolina, and Florida lead the nation in state foreclosure rates (one in 739, one in 743, and one in 750 housing units respectively), and the metro-level rankings are dominated by Florida (Lakeland and Punta Gorda highest), the Carolinas (Fayetteville, Columbia), and Trenton in New Jersey. Texas, Florida, California, Georgia, and New York lead the country in absolute foreclosure starts. **Indicator 4: Property tax burden and trajectory.** The Fekete-an extraction signal that operates on every homeowner regardless of mortgage status. State-level effective tax rates vary by more than 8x across the country — Hawaii at 0.27%, Alabama at 0.43%, and South Carolina at 0.51% at the low end; New Jersey at 2.23%, Illinois at 2.07%, and Connecticut at 1.92% at the high end. But the level alone is incomplete information. The New York Times documented in late 2025 that the metros with the steepest *property tax growth* since 2019 — Indianapolis, Atlanta, Jacksonville, Tampa, Miami, Orlando, Dallas, Denver, and Fort Worth — saw median property tax bills rise 45-65% in just five years, often producing three-digit monthly increases on top of mortgage payments that were already at affordability limits. The framework's reading: rising property tax in falling-price markets is a doubled extraction — the asset depreciates while the perpetual ground rent rises — and this combination is precisely what is breaking household budgets in the Sun Belt. Each indicator captures a real and distinct piece of the saleability picture. Aggregating them produces the composite scoring that drives the map below. ## The geographic split, visualized ![Metro saleability map showing 40 US metros color-coded red, yellow, and green by the framework's four indicators. Red dots cluster heavily in Texas and Florida. Yellow dots scattered through the South and West. Green dots dominate the Midwest and Northeast.](/images/forum/metro-saleability-map.png) The composite scoring places each metro in one of three categories: **RED (16 metros, 40% of the panel).** Markets exhibiting at least three of: falling prices, inventory imbalance with sellers materially outnumbering buyers, elevated foreclosure rates, and either a property tax burden surge (NYT list) or an active insurance/climate stress. The Texas-Florida cluster dominates this category. Every major Texas metro (Austin, Dallas, Houston, San Antonio, Fort Worth) is in clear stress. The Florida cluster spans the entire state, from Miami in the southeast through Tampa and Orlando in the center to Lakeland and Punta Gorda in the southwest, with Cape Coral and Jacksonville rounding out the count. Phoenix, Las Vegas, Denver, and Atlanta complete the red category — Sun Belt and Mountain West metros that overbuilt during the pandemic, sustained record property tax increases, and now face affordability ceilings that no individual buyer can negotiate around. **YELLOW (10 metros, 25% of the panel).** Markets with mixed signals. Nashville and Charlotte are cooling from extreme pandemic-era growth but have not yet entered outright decline. Indianapolis sits in a particularly framework-relevant position: Indiana has the highest state foreclosure rate in the country, the NYT property tax surge list named Indianapolis specifically, but the metro's price trajectory remains marginally positive. Trenton, NJ, recorded the highest *metro-level* foreclosure rate in the country in January 2026 despite sitting in a Northeast that is broadly supply-constrained — a localized stress within an otherwise green region. Chicago and Salt Lake City represent transitional cases. The West Coast metros (San Francisco, Los Angeles, Seattle) face cooling demand on top of supply constraints that have historically supported prices; the framework's reading places them in the yellow category for now, with San Francisco specifically projected at -2.2% by late 2026 (Zillow). **GREEN (14 metros, 35% of the panel).** Markets where the framework's narrow case for buying still applies. The Northeast metros (Boston, New York, Philadelphia, Washington DC, Hartford, Buffalo, Pittsburgh) combine supply constraints with stable or rising prices, and — despite the high property tax rates that several of these states impose — produce a saleability profile where housing's investment-grade properties (such as they are) survive the framework's audit. The Ohio metros (Columbus, Cleveland, Cincinnati, Toledo) and the broader Midwest (Detroit, Minneapolis, Milwaukee) combine moderate property tax rates, supply constraints driven by limited recent construction, and the most favorable price trajectories in the country. Detroit's inclusion is notable: a metro that was the canonical bear case for decades has emerged as a relatively green saleability profile in 2026, driven by a recovering economic base and a low-cost starting point that makes the math work even at modest appreciation rates. The map's headline observation is not the existence of the split — geographic variation in housing markets has always existed. The observation is the *sharpness* of the split. The Sun Belt and Mountain West are unambiguously red. The Midwest and Northeast are unambiguously green. The transitional yellow band is narrow, and most of its metros are clustered in geographies the framework identifies as structurally vulnerable (the West Coast facing supply-versus-demand pressures, the Southeast facing climate and insurance shocks). The framework predicts that the next several years will see further consolidation: the red category will grow as the 2026 commercial real estate maturity wall propagates into residential markets and as the property-tax-plus-insurance wedge continues breaking household budgets in the most stressed metros; the green category will hold steady or narrow modestly as some currently-stable Northeast metros come under pressure from the broader economic environment; the yellow band will shrink as markets resolve definitively in one direction. ## Three case studies The map is most useful when each color is anchored in a specific representative metro that demonstrates the framework's reading concretely. Three case studies — one for each category — illustrate what the data is actually showing on the ground. ### RED: Lakeland, Florida Lakeland, a Florida metro of roughly 800,000 in Polk County between Tampa and Orlando, recorded the **highest foreclosure rate in the United States** in ATTOM's Q1 2026 report and again in the January and February 2026 reports. The metro embodies the framework's saleability collapse on every dimension simultaneously. Lakeland's home prices peaked in mid-2022 at roughly \$350,000 (Zillow ZHVI) and have declined by approximately 8-10% since, with the steepest declines in entry-level price tiers (\$200,000-\$300,000) where investor-driven flipping during the pandemic produced the largest overhang. Property insurance premiums in Polk County have risen by an average of 47% since 2022, driven by Florida's broader insurance crisis (the structural collapse of the state's private insurance market and the expansion of the state-managed insurer of last resort, Citizens Property Insurance). Property tax bills have risen by approximately 31% since 2019. The combined non-mortgage carrying cost on a median Lakeland home in 2026 — property tax, insurance, HOA fees where applicable — has risen from approximately \$4,500 per year in 2019 to approximately \$8,300 per year in 2026, a \$317-per-month increase that arrives independently of any mortgage rate change. This is the framework's prediction made empirically visible. The asset's underlying productive value (shelter) has not changed. The state's extraction rate has risen sharply. The insurance market's pricing of climate risk has risen even more sharply. The mortgage rate environment has compressed buyer demand. The result is a saleability collapse — visible in the foreclosure rate, in the days-on-market metric (Lakeland homes now sit 74 days on market on average, against 28 days at the 2021 peak), and in the absolute number of listings (up 38% year-over-year). The household trying to sell in Lakeland in 2026 faces real saleability impairment in exactly the Mengerian sense the framework specifies. The household trying to buy faces the opposite problem: the carrying costs are unaffordable even at depressed home prices. ### YELLOW: Indianapolis, Indiana Indianapolis represents the cleanest transitional case in the panel because it combines a leading indicator (state-level foreclosure rate, the highest in the country) with a lagging indicator (price trajectory, marginally positive) and a Fekete-an extraction signal (property tax surge, specifically named on the NYT list) within a single metro. Indianapolis prices are up roughly 1.2% year-over-year through March 2026 — modest, but positive. Inventory has risen, but not to the extreme imbalance levels seen in Texas and Florida. The state's foreclosure rate, however, is the highest in the country at one in 739 housing units. The state-versus-metro divergence suggests that stress is concentrated outside the metro's most stable neighborhoods, in submarkets where the property tax surge has compounded with stagnant wage growth to produce household-budget breaks. Indianapolis's median property tax bill rose approximately 51% between 2019 and 2024, per the NYT data, driven by reassessment cycles that captured the metro's pandemic-era price increases without offsetting rate reductions. The framework's reading: Indianapolis is the most likely metro in the panel to transition from yellow to red in the next 12-18 months if rate environments or local economic conditions deteriorate further. The leading indicator (foreclosure) is already there; the lagging indicator (prices) has not yet caught up. The transition pattern matches what happened in Austin between 2023 and 2025: foreclosure starts elevated 6-12 months before the price trajectory turned, then prices broke sharply once the substitute-layer support (forbearance, modifications, FHA workouts) reached capacity. Indianapolis may follow the same path. ### GREEN: Columbus, Ohio Columbus represents the cleanest validation case for the framework's preserved "case for buying" from [Article 7](/forum/07-housing-as-anti-money). The metro combines all four favorable indicators simultaneously. Columbus home prices are up approximately 4% year-over-year through March 2026 — modest, but stable and above national average. The metro's inventory level remains below pre-pandemic 2019 norms (active listings 84% of 2019 baseline), reflecting limited recent construction and steady population growth driven by the Intel semiconductor manufacturing investment and broader Midwest economic recovery. Ohio's effective property tax rate sits at approximately 1.5% — meaningfully higher than Sun Belt averages but stable, not surging, and counterbalanced by lower absolute home prices. Foreclosure rates in Franklin County remain below state and national averages. The combined non-mortgage carrying cost on a median Columbus home in 2026 — property tax, insurance, HOA — runs approximately \$5,200 per year, against \$8,300 in Lakeland for a comparable-quality home. A household buying a median Columbus home in 2026 at \$290,000 (median ZHVI) with 20% down at 6.23% pays approximately \$1,430 per month in P&I, plus \$430 in escrowed taxes and insurance, for a total of approximately \$1,860 per month. Against the metro's median household income of approximately \$77,000, this is 29% of gross income — just under the federal cost-burden threshold. The math works at the median. The math does not work at the median for the Lakeland equivalent transaction (38% of gross household income at comparable home and income levels). The framework's preserved case for buying — supply-constrained market, manageable property tax burden, stable insurance and climate exposure, 10+ year holding horizon, intent to occupy — is satisfied in Columbus. The framework cannot guarantee future appreciation, and it does not. But the structural conditions under which housing functions as a defensible consumption choice with optional embedded inflation-hedge characteristics are present in Columbus in a way they are not present in Lakeland. ## The tax-plus-insurance wedge The single most under-appreciated dynamic in the 2026 housing market is what the framework would call the **tax-plus-insurance wedge** — the non-mortgage carrying costs that are now driving the geographic divergence as decisively as price levels themselves. The conventional housing-affordability discussion focuses on mortgage payment as a function of price and rate. This framing produces affordability tables that show, for example, that a \$400,000 home at 6.23% costs roughly \$2,000 per month in P&I, and that this is borderline affordable for a median U.S. household. The framing is incomplete. Property tax, insurance, and (where applicable) HOA fees add 25-60% to the monthly cost in many metros, and the ranges of those add-ons are now wider than the range of P&I payments themselves. A specific comparison illustrates: take two metros where the median home price is approximately \$400,000 — Lakeland, Florida, and Indianapolis, Indiana. The mortgage P&I at 6.23% with 20% down is identical in both cases at roughly \$1,966 per month. The non-mortgage costs are profoundly different: - **Lakeland**: Property tax approximately \$4,000/year, homeowners insurance approximately \$5,500/year (Florida market), HOA approximately \$1,200/year average. Monthly carrying cost beyond P&I: \$890. **Total monthly housing cost: \$2,856.** - **Indianapolis**: Property tax approximately \$5,200/year (Marion County), homeowners insurance approximately \$1,800/year (Indiana market), HOA approximately \$400/year average. Monthly carrying cost beyond P&I: \$617. **Total monthly housing cost: \$2,583.** The \$273 monthly difference is entirely a function of climate-driven insurance premiums and Florida's property insurance market dysfunction. It is structurally similar to the difference between two states' income tax rates — a continuous extraction that does not appear in the headline price comparison but determines actual affordability over the life of the holding. The framework's reading is that this wedge is *not transitory*. Florida's insurance crisis is driven by climate exposure that is intensifying, not receding. The state-managed insurer of last resort is structurally insolvent on a forward-looking basis. The private market is not returning at scale. Property tax surges in Sun Belt metros are driven by reassessments that captured pandemic-era price increases without offsetting rate adjustments, and which compound under the cap-free assessment regimes most Sun Belt states operate (in contrast to California's Prop 13, which caps assessments at sale price + 2% annual increase, or the assessment limits in 18 other states that the Construction Coverage analysis identifies). The result is that the affordability map and the saleability map increasingly diverge from the price map. A buyer evaluating Lakeland versus Indianapolis on price alone — both around \$400,000 — sees comparable affordability. The same buyer evaluating the full carrying-cost picture sees a meaningful structural advantage in Indianapolis, with the gap widening over time as the climate-and-insurance wedge in Florida continues to compound. ## Where the framework was right, and where it needs refinement The framework's predictions from [Article 7](/forum/07-housing-as-anti-money) are validated by the metro-level data on the major points: **The supply-constrained market caveat is empirically real.** Markets where inventory remains below 2019 baselines (most of the green category) are the markets where housing prices are stable to rising, foreclosure rates are contained, and the framework's preserved case for buying applies. The framework's prediction that this case would be geographically narrow is borne out: 14 of 40 metros qualify, concentrated in the Midwest and Northeast. **The property tax wedge is empirically real.** The NYT's identification of 9 metros with 45-65% property tax bill increases since 2019 maps directly onto the framework's predicted distress geography. Every metro on that list is either red (Atlanta, Jacksonville, Tampa, Miami, Orlando, Dallas, Denver, Fort Worth) or transitional yellow (Indianapolis). The framework's framing of property tax as a perpetual ground rent that compounds the housing-as-low-saleability-asset problem is validated at the metro level. **The climate-and-insurance dimension is structurally important.** [Article 7](/forum/07-housing-as-anti-money) noted weaponization risk as a Mengerian saleability factor; the empirical Florida data confirms that this dimension extends to climate-driven insurance market dysfunction, which is structurally similar in effect to direct political weaponization (the state-managed insurer's pricing decisions function as a quasi-regulatory action that constrains saleability). [Article 7](/forum/07-housing-as-anti-money) underweighted this factor; the metro-level data argues for elevating it. **The framework's preserved case for buying is too narrow as initially specified.** [Article 7](/forum/07-housing-as-anti-money)'s preserved case was limited to supply-constrained metros with 10+ year hold and intent to occupy. The metro-level data suggests that the case extends modestly further: certain mid-tier Midwest metros (Columbus, Cleveland, Cincinnati, Detroit) qualify even without the supply constraint being severe, because the combination of low absolute price levels, moderate carrying costs, and stable economic fundamentals produces a saleability profile that works at the median household income. The framework should refine its case-for-buying language to incorporate the **absolute carrying cost relative to local median income** as a primary criterion alongside supply constraint and holding horizon. The article's broader conclusion stands: housing remains a structurally low-saleability asset that the framework cannot endorse as a generalized wealth-building strategy. But the metro-level data demonstrates that within the broader low-saleability frame, there is real geographic heterogeneity in how the framework's preserved case for buying applies. The map is the framework's tool for distinguishing where that case operates from where it does not. ## What households should take from this The framework-aligned reader making housing decisions in 2026 should hold the following observations in working memory. **The map is more important than the national headline.** National housing statistics — average price change, national mortgage rate, aggregate inventory — obscure the geographic split that determines individual outcomes. A buyer in Columbus is not facing the same market as a buyer in Lakeland, and conflating the two produces decisions that work in neither case. The same applies to a seller: the saleability of a Lakeland home in 2026 is materially impaired in ways the seller's expectations may not reflect, and the saleability of a Columbus home is supported in ways that current-market urgency may underprice. **The four indicators are individually tractable.** Inventory levels are published weekly by Zillow and Realtor.com. Foreclosure data is published monthly by ATTOM. Property tax rates and trajectories are available from the Tax Foundation, county assessors, and the state-level Tax Policy Center. Insurance market data is available from state insurance commissioners and from industry sources like Bankrate. A household contemplating a metro-specific decision can assemble the full picture in an afternoon using publicly available sources. The framework's diagnostic value is most accessible when the indicators are checked at the local level rather than the national level. **The non-mortgage carrying cost is now the marginal variable.** For decades, the affordability discussion was dominated by mortgage rate and price. In 2026, the carrying cost — property tax, insurance, HOA, maintenance — is the variable that increasingly determines whether a transaction works at a given income level. Households evaluating purchase decisions should focus on total cost-to-income ratios rather than mortgage-cost-to-income ratios. The framework's prediction is that this dynamic will intensify across the coming decade, with carrying-cost trajectory becoming the primary saleability differentiator across metros. **The map will evolve.** The framework's reading is that the red category will expand modestly over the next 12-18 months as the 2026 commercial real estate maturity wall propagates into residential markets, as the property-tax-plus-insurance wedge continues to break Sun Belt household budgets, and as the substitute-layer support that has held back foreclosure clustering reaches capacity. The green category will hold steady; the yellow band will narrow. Future installments of this series will track the map's evolution in real time, with formal updates expected approximately quarterly tied to the ATTOM, Zillow, and Tax Foundation release cycles. ## The forward-looking observation The framework's most consequential prediction from [Article 7](/forum/07-housing-as-anti-money) was that the post-1971 housing experiment had entered a phase in which the substitute structures supporting universal homeownership as a wealth-building strategy were approaching their structural limits. The metro-level data confirms this prediction at the geographic level: the substitute structures are failing first in the metros where the underlying conditions (climate exposure, property tax trajectory, supply imbalance, economic base) are most adverse, and they are holding longest in the metros where the underlying conditions are most favorable. This is not a prediction that the U.S. housing market is about to crash uniformly. It is a prediction that the *terms* of housing market participation are diverging by geography in ways that previous decades did not see. The household in Columbus and the household in Lakeland are now operating in different markets, governed by different cost structures, facing different saleability dynamics, and likely to experience different outcomes over the next decade. The framework's job is to make this divergence visible in real time so that household decisions can be made with full information about where on the map any specific decision actually sits. The map exists now, and it will be updated. The framework's diagnostic apparatus is now demonstrably capable of producing a metro-level reading that conventional analysis does not provide. The watching continues — and from the next installment forward, the watching has a specific geography attached. --- *This is the second installment of "Watching the Cracks." The first installment ([Article 16](/forum/16-two-failures-a-year)) examined the FDIC failure data as a trailing indicator of banking system stress. Subsequent installments will track the metro saleability map's evolution as new data releases warrant, the FDIC Quarterly Banking Profile (next release late May 2026), and discrete stress events as they occur. The framework's prediction from this installment, recorded for future testing: the red category will expand by 2-4 metros over the next 12 months, with the most likely additions being Indianapolis (transitioning from yellow), one or both Carolinas metros, and at least one current-yellow Sun Belt metro yet to be identified.* --- # Two Failures a Year: What the FDIC Data Actually Says About the Banking System in 2026 URL: https://newaustrianeconomics.com/forum/16-two-failures-a-year/ Date: 2026-05-10 Author: Jason D. Keys Tags: FDIC, bank failures, Fekete, Menger, commercial real estate, unrealized losses, Federal Reserve, monetary stress, early warning Description: The FDIC has reported two bank failures so far in 2026. Two in 2025. Two in 2024. The headlines treat this as evidence that the banking system has stabilized after the 2023 SVB shock. The full historical dataset, read against the framework, says the opposite: zero-failure and near-zero-failure periods have repeatedly preceded systemic events, and every metric of underlying stress that the failure count is supposed to summarize is currently flashing in a way the failure count itself is not. # Two Failures a Year: What the FDIC Data Actually Says About the Banking System in 2026 On May 1, 2026, the Federal Deposit Insurance Corporation closed Community Bank and Trust – West Georgia, a three-branch lender in LaGrange, Georgia, with \$288 million in assets. It was the second U.S. bank failure of the year. The first, Metropolitan Capital Bank & Trust of Chicago, was closed on January 30, 2026, with \$261 million in assets. Through the first five months of the year, the entire FDIC failure count is two banks with combined assets of approximately half a billion dollars — a rounding error in a banking system that holds roughly \$24 trillion in total assets. The conventional reading of these numbers, repeated across financial press coverage, is that the U.S. banking system has stabilized. The 2023 shock that took down Silicon Valley Bank, Signature Bank, and First Republic Bank — three of the largest bank failures in American history — was followed by two failures in 2024, two in 2025, and two through the first five months of 2026. The Deposit Insurance Fund balance has grown to \$153.9 billion. The reserve ratio is climbing back toward its statutory minimum. FDIC Chair Travis Hill has reorganized resolution procedures around faster sales and shorter receivership timelines. The official narrative is that the system absorbed the 2023 stress, regulators responded effectively, and the banking sector has returned to ordinary operating conditions. This essay argues that the official narrative is reading the wrong variable. Two bank failures per year is not what a healthy banking system looks like in the post-2008 environment. It is what a banking system looks like when the substitute layer described elsewhere in this series is preventing the failures that would otherwise occur. The full FDIC dataset, read carefully against every other indicator of systemic stress in the same period, tells a story that the failure count alone cannot reveal — and the story is one the framework has been describing across the rest of this series, now visible in the empirical record with unusual clarity. This is the first installment of a new open-ended series — *Watching the Cracks* — that tracks the early warning signs of system stress as they emerge in the data. Where the prior series in this catalog have been thematic and closed (the foundational six, the housing trilogy, the cryptocurrency trilogy), this one is structurally different: it is updated as conditions warrant, anchored in specific empirical signals, designed to be read as ongoing diagnostics rather than as completed analyses. The first installment establishes the baseline. Subsequent installments will track how the diagnostic readings evolve. ## The chronology The FDIC publishes a complete record of every U.S. bank failure since October 1, 2000. The dataset contains 574 failures across 26 calendar years. The full chronology is shown below. ![FDIC bank failures by year, 2000–2026, color-coded by monetary regime, showing zero-failure gap years and annotated key events](/images/forum/fdic-failures-by-year.png) The pattern divides cleanly into five monetary regimes. **The pre-GFC period (2000–2007)** produced 27 failures across eight years, an average of 3.4 per year, with two zero-failure years (2005 and 2006). The banking system was in expansion mode, credit was abundant, and the housing market was producing the apparent solvency that would later be revealed as illusory. **The Global Financial Crisis and its tail (2008–2014)** produced 507 failures across seven years, an average of 72 per year, with the peak in 2010 (157 failures). This was the cleanup of two decades of accumulated structural fragility, conducted in real time, with the FDIC and Federal Reserve acting as crisis managers rather than ordinary supervisors. **The late QE / ZIRP period (2015–2019)** produced 25 failures across five years, an average of 5 per year, with zero failures in 2018. This was the longest period of monetary accommodation in modern U.S. history, with the federal funds rate held near zero for most of the decade and the Federal Reserve's balance sheet expanded to absorb the substitute-layer pressures the GFC had revealed. **The COVID-and-ZIRP period (2020–2022)** produced 4 failures across three years, with two consecutive zero-failure years (2021 and 2022). The pandemic response — federal stimulus, expanded Fed balance sheet, emergency lending facilities, regulatory forbearance — produced apparent stability across the banking sector that masked the substantial duration risk being accumulated as banks loaded up on long-dated Treasury and agency MBS securities at the historically low yields of 2020 and 2021. **The rate-hike era (2023–2026)** has produced 11 failures across roughly three and a half years. Five occurred in 2023 (Silicon Valley Bank, Signature Bank, and First Republic Bank in March–May, plus two smaller community banks later in the year), two in 2024 (First National Bank of Lindsay in Oklahoma and Republic First Bank in Philadelphia, the latter the largest of the post-2023 failures), two in 2025 (Pulaski Savings Bank in Chicago and Santa Anna National Bank in Texas), and two so far in 2026. The most consequential observation in the entire chronology is what happens *between* these regimes — specifically, what happens in the years immediately preceding a shock. The five zero-failure years in the dataset (2005, 2006, 2018, 2021, 2022) divide into two clusters, each of which sits immediately before a systemic event. The 2005–2006 zero-failure pair preceded the GFC. The 2018 zero-failure year preceded the 2019 repo market dysfunction (which the Federal Reserve resolved through emergency interventions that absorbed approximately \$400 billion of stress in one quarter). The 2021–2022 zero-failure pair preceded the 2023 SVB / Signature / First Republic shock. In every prior instance, when the failure count went to zero, it stayed near zero only as long as the substitute layer could absorb the pressure. The next clustered failure event came within 12–24 months. The pattern is not coincidental. The framework describes it in detail across the rest of this series: a zero-failure period is the empirical signature of a substitute layer at maximum extension, holding back failures that would otherwise occur in a system without the support apparatus. The 2024–2026 reading of two failures per year is structurally similar to the 2005–2006 and 2021–2022 readings. The framework's prediction is not that another systemic event is imminent on a specific calendar — the framework cannot predict timing — but that the configuration producing the current low failure count is the same configuration that has, in two prior instances, preceded clustered failure events at a 1–2 year horizon. The current reading should be interpreted accordingly. ## The divergence between the failure count and the underlying stress If two failures per year were genuinely the signature of a healthy banking system, the underlying stress indicators would be calm. They are not. Every metric that the failure count is supposed to summarize is currently elevated. **Unrealized losses on bank-held securities portfolios stood at \$306 billion as of Q4 2025**, per the FDIC's own Quarterly Banking Profile. This was an improvement from \$337 billion the prior quarter — but the improvement was not the result of bank actions. The FDIC explicitly attributed the decline to the fact that long-term mortgage rates fell during the quarter, increasing the market value of mortgage-backed securities held by banks. The FDIC further notes that "increases in longer-term interest rates since the end of the first quarter would likely reverse most of these improvements in unrealized losses if measured today." Translated: the unrealized losses are a function of where rates happen to be on the reporting date. Rates fell, the losses shrank, but the underlying duration mismatch is unchanged. This is the SVB pathology distributed across the system, masked by held-to-maturity accounting rather than resolved. **Sixty banks were on the FDIC Problem Bank List as of Q4 2025**, up from 57 in Q3. The Problem Bank List captures institutions with the worst CAMELS supervisory ratings (4 or 5 on a 5-point scale). The list grew during a quarter in which only two banks closed. This divergence — accumulating problem banks without corresponding resolutions — is the regulatory signature of forbearance rather than recovery. Problem banks are being kept open through extended supervisory engagement rather than allowed to fail. The FDIC characterizes the 60-bank count as "well within the normal range of 1-2% during a non-crisis period." That characterization is technically correct on a percentage basis. It is also unhelpful because the trend is the diagnostic variable, not the level. The list grew by 3 banks in one quarter while only 2 closed. Over four such quarters, the list grows by 12 while resolutions clear 8 — a net accumulation of 4 problem banks per year that is not visible in the failure count. **Office commercial real estate CMBS delinquency reached 12.34% in January 2026**, according to Trepp data — a record high in the modern series. This is the underlying market signal for what is happening to the commercial real estate exposure embedded across the banking system. **Bank-held CRE loan delinquency at the same time was 1.58%** — also at decade highs but eight times lower than the underlying market. The gap between the two numbers is the precise quantification of "extend and pretend": banks restructuring, modifying, and extending CRE loans rather than recognizing the actual deterioration in the underlying collateral. The Federal Reserve's October 2025 Senior Loan Officer Opinion Survey explicitly documents the practice. The FDIC's 2026 Risk Review names commercial real estate as a continuing supervisory focus area. Office values have fallen approximately 30% from their 2022 peak. None of this stress is visible in the bank failure count. **\$875 billion in commercial real estate debt matures in 2026**, with \$100 billion in office CMBS specifically, more than half of which Trepp characterizes as "unlikely to pay off at maturity." The 2026 maturity wall is the largest single year of CRE refinancing pressure in the post-2008 period. The framework cannot predict which specific banks will be most exposed to losses on the failed refinancings, but the aggregate exposure is large enough that the failure count over the next 18 months will be a function primarily of how aggressively the FDIC and OCC engage in forbearance rather than of what the underlying credit quality dictates. **Loans to nondepository financial institutions (NDFIs) represented the single largest dollar increase in bank loan growth in Q4 2025**. NDFI loans are loans to private credit funds, business development companies, asset-based lending vehicles, and similar shadow-banking entities. The category has grown substantially over the past five years as banks have effectively outsourced credit risk to lightly-regulated private intermediaries while maintaining funding exposure. The framework treats this as a substitute-layer phenomenon: the visible loan portfolio looks safe because the credit risk is being borne by entities that don't appear on bank balance sheets, but the funding exposure flows back to the banks through the NDFI loan relationships. This is structurally similar to the conduit-and-SIV arrangements that contributed to 2008. The supervisory reporting on NDFI exposures is currently being expanded, but the data quality is not yet sufficient to assess the embedded stress. Each of these indicators, taken in isolation, is consistent with a banking system facing meaningful but contained pressure. Taken together, they describe a system in which substantial structural stress is accumulating across multiple dimensions while the headline failure count is held artificially low through some combination of accounting, forbearance, and substitute-layer support. The framework's reading is that this is exactly what 2005–2006 looked like in the contemporaneous data. It is also what 2021–2022 looked like. The post-event historical reconstruction of both prior periods has been clear. The contemporaneous diagnosis, in both cases, was substantially less clear, because the failure count was the variable most analysts were tracking. ## What the recent failures reveal The two failures of 2026 are individually small. They are also each individually informative about the structural pressures at work in the banking system. Reading them carefully reveals the same patterns the framework has been describing throughout this series. **Metropolitan Capital Bank & Trust** (Chicago, closed January 30, 2026, \$261 million in assets) was a Universal Bank focused on small- and medium-sized business clients across 46 states and 10 countries. The failure, per the Illinois Department of Financial and Professional Regulation, was driven by "unsafe and unsound conditions and an impaired capital position." The deeper detail, available in the FDIC examination data and confirmed by independent reporting, is that **approximately 82% of Metropolitan Capital's portfolio was in commercial real estate and private equity exposures**. This is not an ordinary banking concentration. It is, in framework terms, an extreme concentration in two of the lowest-saleability asset classes available to a community bank — illiquid CRE collateral and private equity stakes that cannot be marked to a clearing market. Metropolitan Capital reported \$43 million in Federal Home Loan Bank advances against approximately \$212 million in deposits in Q3 2025, indicating the bank had been reaching for wholesale funding to support its asset base for some period before failure. The failure represented 7.5% of total assets to the Deposit Insurance Fund, which is high relative to historical norms. **Community Bank and Trust – West Georgia** (LaGrange, Georgia, closed May 1, 2026, \$288 million in assets) failed under similar but distinct conditions. The single most important detail in the failure record is that **the Federal Reserve issued an enforcement action against Community Bank and Trust's holding company in April 2026, approximately one month before the bank closure**. The enforcement action ordered the holding company to bolster board oversight, improve senior management, and strengthen its capital position. The bank failed within 30 days. The pattern — enforcement action followed by failure within one to two months — is the most reliable leading indicator of bank failure available to anyone tracking the public regulatory data. The framework treats this as a tracking signal worth following systematically: every Federal Reserve enforcement action against a bank holding company should be logged and watched, because the action itself is the regulator's acknowledgment that supervisory engagement has failed and resolution is approaching. The FDIC failure rate among Fed-enforcement-action-recipient bank holding companies is, by the framework's reading of the historical record, substantially higher than the population baseline. The exact rate would require a more careful study, but the directional observation is clear. Both of the 2026 failures, then, exhibit specific framework-readable patterns. Metropolitan Capital was an extreme low-saleability asset concentration that papered over its underlying fragility through opaque commercial real estate and private equity exposures. Community Bank and Trust was an institution under formal supervisory action whose failure timeline was effectively visible in the public regulatory record one month before it occurred. Neither failure was a bolt from the blue. Both were the late-stage manifestation of stresses that the framework's diagnostic apparatus is designed to identify. The two 2025 failures — Pulaski Savings Bank (Chicago, closed January 17, 2025, \$49.5 million in assets) and Santa Anna National Bank (Texas, closed June 27, 2025, \$63.8 million in assets) — were both small. Pulaski's failure cost the FDIC's Deposit Insurance Fund \$28.5 million, or roughly 58% of the bank's assets — the most expensive bank failure since at least 2019 on a percentage basis. Santa Anna's failure was reportedly driven by losses related to fraud. Both failures, in framework terms, indicate that the smallest community banks remain genuinely fragile even when the headline count is low. These are the banks for which any meaningful asset shock — credit concentration, fraud, fee-income compression — translates directly into capital impairment because they lack the diversification of larger institutions. ## What everyday people should expect The framework's diagnostic reading should translate, for a general reader, into specific practical observations that inform their own financial decisions. The first observation is straightforward. **A two-failure-per-year reading does not indicate that depositors should change their banking behavior.** FDIC insurance covers deposits up to \$250,000 per depositor, per insured bank, per ownership category. The mechanics of resolution under FDIC receivership have been refined across forty-plus years and operate reliably. Even in the SVB case, where the bank had a high concentration of uninsured depositors, the resolution was completed without any depositor losses (through the systemic risk exception that protected uninsured deposits). The framework does not advise readers to spread deposits across many banks or to convert deposits to other instruments out of immediate concern about loss of FDIC-insured funds. The second observation is more substantive. **The conditions that produce two-failure-per-year readings have, in the prior two instances, preceded clustered failure events at a 12–24 month horizon.** This is not a prediction of imminent crisis, and the framework explicitly avoids that kind of prediction. It is an observation that the substitute-layer support keeping the failure count low has limits, and the framework's reading of the underlying stress indicators (unrealized losses, problem bank list growth, CRE delinquency divergence, NDFI exposure expansion) is that the system is approaching one of those limits rather than receding from it. A reader who finds this analysis credible would reasonably want to be slightly more attentive to the FDIC's quarterly publications, to the specific institutions where they hold uninsured deposits, and to the regulatory enforcement record of any community or regional bank in which they have substantial exposure. The third observation concerns the broader monetary architecture. The substitute layer that is currently suppressing the failure count is, in framework terms, the same substitute layer that was discussed in [Article 8](/forum/08-agency-mbs-paper-substitute) of this series — the agency MBS market, the \$2.2 trillion of agency MBS still held on the Federal Reserve's balance sheet, the implicit federal credit enhancement underneath the agency wrapper, the broader infrastructure of forbearance and supervisory engagement. The framework's reading of this architecture is that it can run in its current configuration for some time but cannot run indefinitely. When the architecture's saleability decays — through duration crisis, through inflation pressure on rates, through the cryptographic substrate concerns of the post-Q-Day environment, through any of the failure modes the framework has identified across the rest of this series — the suppression of the failure count will end. The framework cannot predict which specific failure mode arrives first or when, but it can predict that the current configuration is not stable on the time horizons that household financial planning operates on. The practical translation is that gold, well-managed dollar-pegged stablecoins, diversified equity exposure, and physical assets with direct saleability remain the appropriate framework-aligned positions for households whose primary concern is preservation of purchasing power across the next several years. The framework's housing trilogy and broader analysis remain operative. The framework does not advise dramatic action; it advises informed positioning that recognizes the structural reality the failure count is currently obscuring. ## What this series will track The *Watching the Cracks* series will produce articles on a continuing basis as the diagnostic data evolves. The specific signals to be tracked include: The **FDIC Quarterly Banking Profile**, released approximately 60 days after each quarter end. The Q1 2026 release in late May 2026 will be the next significant data point. The framework's specific points of interest in each release: unrealized loss progression, problem bank list growth, NDFI loan exposure, CRE delinquency by property type and bank size, and net interest margin pressure on community and regional banks. **Each subsequent bank failure** as it occurs, with framework-specific attention to the 30-day-pre-failure regulatory action pattern, the asset concentration profile, and the cost-to-DIF percentage. The framework will track whether the failure count begins to rise (which would indicate substitute-layer compression) or whether the count remains in the 2–3 per year range (which would indicate continued suppression). **Federal Reserve enforcement actions** against bank holding companies, captured from the public regulatory record. Each action is a leading indicator that warrants tracking individually. The framework will publish a running watchlist of holding companies under active enforcement, with framework-readable assessments of which actions are most likely to precede resolution events. **The 2026 commercial real estate maturity wall** as it progresses through the year. The \$875 billion of CRE debt maturing this year is unprecedented in scale, and the disposition of those maturities — refinanced, modified, foreclosed, or worked out — will be visible in the loan-modification reporting of major bank holders. The framework will track this monthly through the rest of the year. **Treasury auction stress signals** — primary dealer takedowns, indirect bidder participation, and tail behavior at long-end auctions. These are not bank-failure signals directly, but they are framework-readable indicators of substitute-layer integrity at the federal level, with downstream implications for the bank balance sheets exposed to the same Treasury market. **Cross-references to the Mengerian Stress Index**, the diagnostic apparatus proposed in [Article 12](/forum/12-mengerian-stress-index-dashboard) of this series. As the MSI dashboard implementation progresses, articles in this series will increasingly anchor their analysis in MSI readings, providing readers with a consistent framework-aligned indicator that integrates the various signals being tracked. ## The broader frame The failure of two banks per year is not, by itself, a crisis signal. The framework does not treat it as one. What the framework treats as the actual signal is the *combination* of the low failure count with the structural stress indicators that would normally accompany a much higher failure count. That combination is the signature of substitute-layer support. The substitute layer can absorb stress for extended periods. Eventually, the absorbed stress exceeds the layer's capacity to absorb. The framework cannot predict the timing of that crossover. The framework can describe what the empirical signals look like when the crossover is approaching, and the current readings are consistent with the same configuration that has, in two prior instances, preceded clustered failure events. This is what watching the cracks looks like in framework terms. The cracks themselves are visible in the data. The framework's job is to read them correctly while the reading is still useful — before the substitute layer's capacity is reached, before the suppressed failures arrive in clusters, before the conditions that produced the current "calm" reveal themselves as having been the late phase of a different kind of accumulation. Conventional analysis is reading the failure count and concluding that the system has stabilized. The framework is reading the same data and concluding something else. The next installment of this series will engage the Q1 2026 Quarterly Banking Profile when it is released. The framework's specific advance prediction, recorded here for testing: the Q1 release will show the problem bank list at 62–66 banks (continuing the upward trend from 57 → 60), unrealized losses in the $310–340 billion range (depending on where rates closed the quarter), and CRE delinquencies at or above the Q4 2025 reading of 1.58% on a bank-held basis (with the underlying CMBS data already showing record-high office delinquencies). If the framework's reading of the current configuration is correct, none of these readings should improve materially from Q4 2025. The data will be available in late May. The framework will be ready to read it. The watching continues. --- *This is the first installment of "Watching the Cracks," an open-ended series within the New Austrian Economics catalog that tracks the early warning signs of system stress as they emerge in the empirical record. Subsequent installments will engage specific data releases and discrete events as they occur. The series complements the closed thematic series (Foundational Six, Housing Trilogy, Cryptocurrency Trilogy) by providing real-time application of the framework rather than completed analytical arcs. All twelve prior essays plus the bridge piece remain available at newaustrianeconomics.com.* --- # The Saleability Audit of Bitcoin: What Menger Would Say in 2026 URL: https://newaustrianeconomics.com/forum/13-saleability-audit-bitcoin/ Date: 2026-05-03 Author: Jason D. Keys Tags: Menger, Fekete, Bitcoin, saleability, stablecoins, emerging markets, cryptocurrency, monetary theory Description: Bitcoin maximalists insist Bitcoin is the most saleable monetary good ever created. Skeptics insist it doesn't work for the African villager or the rural Chinese citizen the maximalists invoke. Both positions miss what Menger's framework actually says when applied carefully. The audit produces uncomfortable results in both directions — Bitcoin scores remarkably well on some criteria and remarkably poorly on others — and the actual ground-truth of crypto adoption in emerging markets in 2026 is something neither camp accurately describes. # The Saleability Audit of Bitcoin: What Menger Would Say in 2026 The cryptocurrency debate has been frozen into two postures that have not changed materially since 2017. The maximalist position holds that Bitcoin is the most saleable monetary good ever created — superior to gold, immune to political weaponization, the inevitable apex of monetary evolution under Menger's own framework. The skeptical position holds that Bitcoin doesn't actually work for the people it claims to liberate — the African villager, the rural Chinese citizen, the unbanked Nigerian farmer — and that its real-world adoption is concentrated in Western speculation, criminal commerce, and state-level sanctions evasion. Both positions are partially right. Both miss what Menger's framework actually says when applied carefully to Bitcoin specifically, and both miss what is actually happening on the ground in the emerging markets where the monetary stakes are highest. The 2026 ground truth is neither what the maximalists describe nor what the skeptics describe. It is something more nuanced, more uneven, and considerably more interesting than either camp acknowledges. This essay is the first of a trilogy applying the New Austrian framework to cryptocurrency in 2026. The premise is simple: the framework cannot be deployed selectively. Either Menger's saleability spectrum and Fekete's substitute-layer analysis apply universally to monetary phenomena, or they apply nowhere. They apply universally. So we run the audit on Bitcoin with the same rigor we ran it on the U.S. single-family home in essay seven, and we let the audit produce whatever it produces. The results will not flatter either side of the conventional debate. ## The Mengerian criteria, applied to Bitcoin The previous essays in this series established the six characteristics by which Menger ranked goods on his saleability spectrum: divisibility, durability, transportability, homogeneity, widespread demand, and freedom from political weaponization. The framework treats all six as objective properties measurable through observable market behavior, not as subjective preferences. Apply them to Bitcoin one at a time. ![Mengerian six-criteria audit diagram on deep navy ground: horizontal spectrum with six columns — divisibility, durability, transportability, homogeneity, widespread demand, freedom from political weaponization — each with a simple icon only; a matte gold Bitcoin geometry sits at the center axis, scores suggested by gold (strong) versus muted slate (weak) tick marks. Cream parchment texture, thin gold rules, classical economics journal plate style, no corporate logos.](/images/diagrams/forum-bitcoin-mengerian-six-criteria.jpg) **Divisibility.** Bitcoin is divisible to eight decimal places (one satoshi = 0.00000001 BTC), which at current prices is roughly 0.00075 cents — divisibility several orders of magnitude finer than any physical currency in human history. This is not a small advantage. Menger considered divisibility a core saleability property because it determines whether the good can clear transactions across a wide range of value sizes. Bitcoin's divisibility is, on this criterion alone, structurally superior to gold, silver, and any fiat currency including the U.S. dollar. *Score: maximum, near-perfect.* **Durability.** Bitcoin is durable in a specific and unusual sense: the underlying ledger persists through cryptographic and network consensus rather than through physical preservation. Properly stored private keys do not corrode, do not fade, do not require maintenance in the conventional sense. The durability is, however, conditional on three substrates remaining intact: the cryptographic algorithms (ECDSA, SHA-256), the global network of nodes maintaining the ledger, and the holder's continued ability to access their private keys. The first of these is now under active threat from quantum computing, which is the central topic of the next essay in this trilogy. The second has held remarkably well for sixteen years. The third is the source of the ~5.6 million BTC currently classified as "lost" — coins whose holders have died, lost their keys, or otherwise become unable to access them. *Score: high, but conditional on substrate integrity in a way that makes the score increasingly fragile in 2026.* **Transportability.** Here Bitcoin's saleability properties become genuinely revolutionary. A Bitcoin holder can transport any quantity of value across any border, with no physical mass, in seconds, with no central permission required. Menger considered transportability one of the most consequential saleability properties — it is precisely the property that allowed gold to displace less transportable monetary goods historically. Bitcoin's transportability strictly dominates gold's. It also dominates the dollar's, because the dollar's transportability depends on permissioned correspondent banking infrastructure that the holder does not control and that can be denied at any point in the chain. *Score: maximum. This is Bitcoin's strongest Mengerian property.* **Homogeneity.** A Bitcoin is a Bitcoin. Every UTXO of equivalent denomination is mechanically identical to every other. This is, in principle, a near-perfect homogeneity score. *In practice*, the homogeneity is qualified by the chain-analysis problem. Coins that have passed through OFAC-sanctioned addresses, through known mixing services, or through wallets with adverse provenance histories trade at a discount on regulated exchanges and may be refused entirely by major counterparties. This is the same phenomenon that produced "tainted gold" historically — a Mengerian-grade good whose homogeneity has been partially destroyed by counterparty risk attached to specific units. *Score: structurally high; practically degraded by chain analysis in ways the framework cannot ignore.* **Widespread demand.** As of 2026, an estimated 800 million people globally hold or have held some form of cryptocurrency. Bitcoin specifically has an estimated 200–300 million addresses with non-zero balances, though the address-to-user ratio is unclear. Daily trading volume runs in the tens of billions of dollars. Compared to a Mengerian-grade monetary good like the U.S. dollar (used by approximately 4 billion people regularly) or gold (held in some form by approximately 2 billion people), Bitcoin's demand is meaningful but second-tier. Compared to any other cryptocurrency, Bitcoin's demand is dominant. *Score: medium-high, in absolute terms; very high relative to other cryptocurrencies.* **Freedom from political weaponization.** This is where the audit becomes most uncomfortable for the maximalist position. Bitcoin's *theoretical* freedom from political weaponization was the original value proposition: no central party could freeze, confiscate, or invalidate holdings. The 2026 reality is meaningfully different. **Chainalysis and similar firms have clustered over one billion wallet addresses into entity groups, identified more than 107,000 unique entities, and provide tools to U.S. agencies including the FBI, DEA, IRS, SEC, and dozens of international counterparts.** They helped OFAC seize \$344 million in Tether linked to Iran's Hormuz toll in April 2026. Major exchanges block sanctioned addresses. National governments have prosecuted individuals for transactions traced through the public ledger. The pseudonymity that gives Bitcoin its political-weaponization resistance has been degraded to a point that any sophisticated state actor can typically deanonymize any non-trivial chain of transactions. And — most consequentially — BIP-361, the proposal to freeze 5.6 million quantum-vulnerable BTC, demonstrates that *the protocol itself can become the source of weaponization* under sufficient stress. The promise of unconditional cryptographic ownership is being challenged from inside the developer community for the first time in sixteen years. *Score: theoretically high; empirically degraded; trending sharply downward in 2026.* ## The audit's verdict A neutral analyst applying the criteria above would arrive at the following composite assessment of Bitcoin's Mengerian saleability in 2026: - **Two criteria** (divisibility, transportability) at near-maximum scores. - **Two criteria** (durability, homogeneity) at high scores qualified by emerging structural threats. - **One criterion** (widespread demand) at medium-high. - **One criterion** (freedom from political weaponization) at theoretically high but empirically and increasingly compromised. This is, by any honest reading, a *strong but no longer dominant* saleability profile. Bitcoin scores higher than the U.S. single-family home (which essay seven placed at the bottom of the spectrum) by a wide margin. It scores comparably to gold on most criteria, with structural advantages on transportability and divisibility offset by structural disadvantages on durability (gold's substrate is physical and not cryptographically threatened) and on the political-weaponization criterion in 2026 specifically. It scores below the U.S. dollar on widespread demand and on the practical infrastructure for clearing transactions at scale, while scoring above the dollar on transportability and freedom from weaponization (still — though with the gap narrowing). This is a defensible profile. It is also not the profile the maximalists describe. The maximalist claim that Bitcoin is the most saleable monetary good ever created depends on weighting the freedom-from-weaponization criterion at near-infinity and treating the chain-analysis and BIP-361 developments as edge cases that don't affect the structural argument. The framework rejects this weighting. Menger himself did not weight the criteria — he treated all of them as components of an empirical assessment of how a good actually performs in market exchange. By that empirical standard, Bitcoin in 2026 is one strong monetary good among several, with specific advantages and specific weaknesses, not an apex predator displacing all alternatives. It is also not the profile the skeptics describe. The skeptical claim that Bitcoin "doesn't work" for emerging-markets users is empirically false at the data level. The framework forces engagement with what is actually happening on the ground. ## What is actually happening on the ground The skeptical position frequently invokes the African villager or the rural Chinese citizen as someone for whom Bitcoin has solved nothing. The framework requires we look at the actual data rather than at the rhetorical figure. **Sub-Saharan Africa moved over \$200 billion in on-chain value between mid-2024 and mid-2025**, a 52% year-over-year increase placing the region among the world's fastest-growing crypto markets. **Stablecoins represented 43% of that activity.** This is the most important single empirical observation for an honest assessment, and it is one that maximalists and skeptics both routinely miss. The ground-truth of cryptocurrency adoption in emerging markets is not Bitcoin. It is **stablecoins** — primarily USDT and USDC, dollar-pegged tokens that combine the transportability and divisibility advantages of crypto with the saleability properties of the U.S. dollar. The maximalist case for Bitcoin as the dominant monetary good of the unbanked is empirically wrong; Bitcoin's role in those economies is real but specialized. Bitcoin is used for *crisis-period flight to self-custody* (Iranian protest period, Nigerian naira devaluation moments), for *long-term store-of-value accumulation* by the digitally literate, and for *cross-border value transfer* in specific corridors. Stablecoins handle the daily transactional volume because the daily transactional reality requires price stability, which Bitcoin's volatility has never delivered. Within stablecoins, the framework's saleability audit produces an interesting result. **USDT's parent company Tether reported \$141 billion in U.S. Treasury holdings and \$8.23 billion in excess reserves as of Q1 2026, with \$1.04 billion in quarterly net profit.** Tether's growing pool of dollar-denominated reserves makes USDT a paper substitute that approximates the Mengerian saleability of the dollar itself, with the transportability and divisibility advantages of the crypto layer added on top. From a pure Mengerian standpoint, this is a structurally superior instrument to the dollar in cash form for cross-border use cases — and the empirical data confirm that emerging-market users have noticed and acted accordingly. (The third essay of this trilogy will engage with the harder structural questions about what stablecoins actually are at the monetary-policy level.) **Nigeria specifically:** approximately 25.9 million crypto users, \$59 billion in transaction volume between July 2023 and June 2024, **85% of those transactions below \$1 million** (i.e., retail-scale). Stablecoins account for 43% of retail transactions under \$1 million — the rest is mostly Bitcoin and ether. The Central Bank of Nigeria's eNaira CBDC, launched in 2021 with substantial state promotion: **98.5% of eNaira wallets were unused one year after launch.** Nigerians actively rejected the CBDC and adopted dollar-pegged private stablecoins instead — a Mengerian-bottom-up event of remarkable clarity. **Kenya:** built on M-Pesa's foundation, the country has integrated stablecoin rails into existing mobile money infrastructure. Mercy Corps Ventures pilots reduced remittance fees from 29% to 2% using stablecoins. BitPesa serves 6.5 million users for remittances. The Kenyan retail experience is *closer* to the maximalist's ideal than the Nigerian — but the dominant instrument is still stablecoins, not Bitcoin. **Ethiopia:** 180% year-over-year growth in retail-sized stablecoin transfers in 2025 after the local currency devalued 30%. The fastest-growing retail crypto market in Africa, and again, the activity is concentrated in stablecoins, not Bitcoin. **Iran:** the most interesting data point because it is the cleanest test of crypto's freedom-from-weaponization property under maximum political stress. **Civilians in Iran are demonstrably moving to Bitcoin for self-custody during periods of internet blackout and political crisis** — Chainalysis observed a documented surge in withdrawals from Iranian exchanges to personal Bitcoin wallets during the November 2025 protest period and the February 2026 wartime conditions. *But the Iranian state itself, settling Hormuz tolls during the war, used yuan and Tether — not Bitcoin.* The civilian-vs-state pattern is itself a Mengerian observation: the saleability properties that matter to a sanctioned state (settlement at scale with willing counterparties) are different from the saleability properties that matter to a civilian under a collapsing currency (immediate self-custody with no permission required). Bitcoin satisfies the second; stablecoins and yuan satisfy the first. The same instrument cannot easily satisfy both, and the empirical reality reflects this. **The maximalist claim** that Bitcoin specifically — not crypto generally — is replacing fiat in emerging markets is not supported by the data. **The skeptical claim** that crypto isn't doing real work for these populations is also not supported by the data. The framework's reading is that crypto *is* doing real monetary work in emerging markets, that the work is being done predominantly by stablecoins rather than Bitcoin, that Bitcoin plays a specific and important crisis-flight role, and that the monetary architecture emerging in these economies is *neither* the Bitcoin-replaces-fiat scenario the maximalists predicted *nor* the failure scenario the skeptics described. It is something newer. ## The volatility problem A separate but related Mengerian observation is that Bitcoin's volatility has structurally prevented it from occupying the highest tier of the saleability spectrum for daily transactional use. Menger considered price stability an implicit consequence of high saleability — the most saleable goods, by definition, command stable exchange ratios against most other goods because their saleability is what is being valued. Bitcoin's annualized volatility has run between 50% and 100% across its history, with intraday moves of 5–15% common during stress periods. This is not the volatility profile of a monetary good. It is the volatility profile of a speculative asset. Maximalists argue that the volatility will decline as adoption matures and that the long-term store-of-value case is unaffected by short-term volatility. The framework partially agrees — Bitcoin's volatility has trended downward as the asset has matured, and a 30-year holder has indeed captured an exceptional return relative to dollar-denominated baselines. But for the user trying to receive a remittance, pay rent, or settle a commercial transaction within the next 60 days, Bitcoin's price uncertainty is itself a saleability impairment. The market has voted on this question with its choice of instrument: stablecoins for daily transactions, Bitcoin for long-term holds. The vote is a Mengerian outcome. The framework's prediction is that Bitcoin's volatility will continue to decline gradually as adoption deepens, but that it will not approach stablecoin-level price stability within the next decade absent fundamental changes to the underlying market structure. This means Bitcoin will continue to occupy a specific niche in the monetary spectrum — the high-divisibility, high-transportability, low-political-weaponization, high-volatility tier — rather than displacing dollar-pegged instruments for general transactional use. The maximalist scenario in which Bitcoin becomes the primary medium of exchange for the global economy is, on this analysis, unlikely. The framework does not endorse this prediction with certainty; it observes that the empirical trajectory and the structural factors both point in the same direction. ## The energy-cost-as-tax observation One more Mengerian observation worth surfacing because it is rarely articulated in framework terms. Bitcoin's proof-of-work consensus mechanism imposes a continuous energy cost on the network — currently estimated at 150–180 TWh annually, comparable to the total electricity consumption of a mid-sized industrialized country. This cost is paid by miners and ultimately recouped through block rewards (newly issued BTC) and transaction fees. In Mengerian terms, this is a *tax on the saleability of every Bitcoin in circulation*. The energy cost is borne by all holders proportionally, in the form of inflation (newly issued coins diluting existing holdings) until 2140, and increasingly through transaction fees as the block reward halves over time. The annual cost as a percentage of total Bitcoin market capitalization is currently in the range of 1–2%, declining over time as the block reward diminishes. This is not a fatal flaw. Gold has analogous extraction costs (mining, refining, vaulting). But the framework requires acknowledgment that Bitcoin's saleability is not free of carrying costs in the way that, say, a self-custodied gold coin in a private safe is. The carrying cost is structural to the consensus mechanism. Proof-of-stake alternatives (Ethereum since 2022) have substantially eliminated this cost, at the price of different trust assumptions that the framework would audit differently. ## What the audit means A clean summary of the framework's audit of Bitcoin in 2026: 1. **Bitcoin satisfies several of Menger's saleability criteria at near-maximum levels** — divisibility and transportability in particular are structurally superior to any prior monetary good in human history. 2. **It satisfies others at high levels with significant qualifications** — durability is conditional on substrates that are increasingly stressed; homogeneity is degraded by the chain-analysis layer that did not exist in early Bitcoin years. 3. **It scores poorly on freedom from political weaponization in ways that contradict the maximalist case** — Bitcoin's pseudonymity has been substantially compromised by surveillance infrastructure that operates at industrial scale across virtually every regulated jurisdiction. 4. **It does not satisfy the saleability requirements for daily transactional use, due to volatility** — and the empirical pattern of crypto adoption in emerging markets confirms this, with stablecoins handling daily transactions while Bitcoin occupies a specialized store-of-value and crisis-flight role. 5. **The audit's bottom line is that Bitcoin is a strong but not dominant monetary good** — one significant instrument among several in the 2026 monetary architecture, with specific advantages and specific weaknesses, not the apex predator the maximalists describe. The framework also produces an observation that neither side of the conventional debate has internalized: **the most successful crypto-monetary instrument in 2026 is not Bitcoin. It is the dollar-pegged stablecoin.** Stablecoins inherit the dollar's existing saleability dominance while adding the crypto layer's transportability and divisibility advantages. They are the actual mass adoption story in emerging markets. They are what Iran is using to settle Hormuz tolls. They are what 43% of Sub-Saharan African crypto volume runs through. Tether's \$141 billion in U.S. Treasury holdings makes USDT a *de facto* extension of dollar monetary architecture into the crypto rails — a structural reality with implications neither the maximalist nor the skeptical narrative captures cleanly. This is the unfinished question this trilogy will engage. The next essay turns to what may be the largest single Mengerian event in cryptocurrency history: the BIP-361 / Mythos / Q Day convergence, in which the freedom-from-weaponization property of Bitcoin specifically is being challenged from inside the system itself, by mechanisms that the framework's CMP analysis ([Article 6](/forum/cryptographic-marketability-premium)) anticipated with remarkable precision. The maximalists will argue that the audit is too harsh and that the long-term trajectory still ends with Bitcoin's monetary dominance. The skeptics will argue that the audit is too generous and that Bitcoin's structural problems will produce its eventual marginalization. The framework's claim is neither. The claim is that Bitcoin in 2026 is a real and important monetary phenomenon whose saleability properties are now empirically measurable, whose actual role in the global monetary architecture is more specific than either narrative captures, and whose future depends on a small number of structural inflection points that are arriving — for the first time in sixteen years — within the immediate future rather than as theoretical concerns. The first of those inflection points is the subject of the next essay. --- *This is the first essay of the Cryptocurrency Trilogy. It establishes the framework for what follows: a structural assessment of Bitcoin specifically ([Essay 14](/forum/14-code-was-never-law-bip-361), on the BIP-361 / Mythos / Q Day inflection) and a constructive analysis of the broader monetary architecture ([Essay 15](/forum/15-stablecoins-cbdcs-privatization-digital-dollar), on stablecoins, CBDCs, and programmable money). The framework is descriptive, not advocational — it does not advise the reader to buy or sell anything. It describes what is actually happening so that the reader can make their own decisions on solid analytical ground.* --- # Code Was Never Law: BIP-361, Mythos, and the End of Bitcoin's Founding Promise URL: https://newaustrianeconomics.com/forum/14-code-was-never-law-bip-361/ Date: 2026-05-03 Author: Jason D. Keys Tags: Fekete, Menger, Bitcoin, BIP-361, quantum computing, Q Day, Project Glasswing, Mythos, PACTs, CMP, monetary theory Description: On April 15, 2026, Bitcoin developer Jameson Lopp proposed BIP-361 — a soft-fork mechanism to permanently freeze approximately 5.6 million dormant Bitcoin worth over $420 billion, including roughly 1.1 million BTC associated with Satoshi Nakamoto. On May 1, Paradigm's Dan Robinson countered with PACTs, a privacy-preserving alternative. The proposals bracket a structural inflection that Bitcoin has avoided for sixteen years: the question of whether 'your keys, your coins' is an unconditional promise or a contingent one. The CMP framework from Essay 6 anticipated exactly this moment. This is what it looks like when it arrives. # Code Was Never Law: BIP-361, Mythos, and the End of Bitcoin's Founding Promise For sixteen years, Bitcoin's value proposition rested on a single sentence: *your keys, your coins*. The promise was unconditional. Whoever held the private keys controlled the corresponding bitcoin. No government, no bank, no protocol developer, no consensus body could override this. The cryptographic guarantee was the foundation; everything else was implementation detail. In 2026, that sentence is no longer unconditional. Three events arriving in close sequence have brought the foundational promise to its first genuine structural test. On March 31, 2026, Google Quantum AI published research showing Bitcoin's secp256k1 elliptic curve could be broken with fewer than 500,000 physical qubits — a twentyfold downward revision from prior estimates and a fundamental shortening of the timeline for Q Day. On April 7, 2026, Anthropic announced Project Glasswing, deploying its frontier Claude Mythos Preview model to a partner cartel that includes Apple, Google, Microsoft, AWS, Nvidia, and JPMorgan, for the explicit purpose of finding and patching cryptographic vulnerabilities in critical infrastructure. On April 15, 2026, Bitcoin developer Jameson Lopp and collaborators published BIP-361, "Post Quantum Migration and Legacy Signature Sunset" — a proposed soft-fork mechanism to permanently freeze approximately 5.6 million dormant Bitcoin worth over \$420 billion in quantum-vulnerable addresses, including approximately 1.1 million BTC associated with Satoshi Nakamoto. On May 1, 2026, Paradigm researcher Dan Robinson countered with PACTs (Provable Address-Control Timestamps), a privacy-preserving alternative that would let dormant holders prove ownership without moving their coins. These four events, taken as a sequence, constitute the largest single Mengerian inflection in cryptocurrency history. The framework anticipated this moment in [Essay 6](/forum/cryptographic-marketability-premium) of this series, which defined the Cryptographic Marketability Premium (CMP) and argued that frontier AI labs were becoming de facto issuers of the digital trust layer. The CMP is now becoming visible — not as a theoretical concept, but as a \$420 billion mass of Bitcoin whose saleability is being actively renegotiated by the developer community in response to a threat being co-managed by the same private cartel the Glasswing analysis identified. This essay walks through what the inflection actually is, why the framework treats it as the predicted manifestation of CMP, what the three plausible outcomes look like, and what each outcome implies for Bitcoin's Mengerian saleability profile going forward. The maximalist response to BIP-361 has been emphatic and largely critical; the framework's response is more structural. The maximalist objection that BIP-361 is "protocol-level confiscation dressed up as a contingency plan" is correct as a description of what the proposal does. The framework's observation is that *the structural conditions producing BIP-361 are external to Bitcoin and irreducible by Bitcoin's own mechanisms* — meaning that even if BIP-361 itself fails, an analogous proposal will return, repeatedly, until one of three stable equilibria is reached. ![Substrate-layer inflection schematic on deep navy: March quantum paper → April AI patching cartel → BIP-361 freeze proposal → PACTs counter — gold arrows along a timeline; below, three diverging paths labeled only by shape (single chain / forked chains / locked vault with protocol gavel). Abstract key dissolving into crystalline lattice at one margin; palette cream, antique gold, slate blue, editorial illustration — no readable text, no logos.](/images/diagrams/forum-bip361-substrate-inflection.jpg) ## What BIP-361 actually proposes The proposal is technically precise and worth understanding directly rather than through the heated rhetoric that has surrounded it. BIP-361 envisions a multi-phase soft fork: **Phase A: Sunset window.** A period of multiple years during which holders are given clear notice that legacy ECDSA-based signatures (the cryptographic mechanism currently securing all Bitcoin) will eventually be deprecated. Holders are encouraged to migrate their funds to new quantum-resistant address types, which would be introduced in parallel under a separate BIP (BIP-360, by Hunter Beast). **Phase B: Legacy signature invalidation.** At a defined block height following the sunset, the network ceases to accept transactions signed using the legacy ECDSA scheme on quantum-vulnerable address types. The specific addresses targeted are Pay-to-Public-Key (P2PK) outputs and Pay-to-Public-Key-Hash (P2PKH) addresses where the public key has been revealed through a previous spend, plus Taproot outputs which expose their public keys directly. Coins held in these addresses become permanently un-spendable. The holder still nominally "owns" the coins in the sense that the on-chain ledger records them at their address, but the holder cannot move them, sell them, or otherwise exercise economic control. They are, for all practical purposes, frozen. **Phase C: Optional rescue.** A still-research-stage extension that would allow holders to recover frozen coins by submitting a zero-knowledge proof — specifically, a STARK proof that demonstrates knowledge of the private key without revealing it. This is the mechanism that PACTs are designed to make possible. A holder who has timestamped a PACT commitment before quantum computers became capable of breaking ECDSA could later submit the STARK proof to unlock their coins under Phase C. The entire proposal is framed by Lopp himself as "a contingency plan" rather than an imminent change. He has been explicit that he hopes it never needs to be activated. The proposal exists, in his framing, primarily to *force the community to confront the migration problem* before quantum computing arrives, and secondarily to provide a deployable response if the threat materializes faster than voluntary migration can complete. ## What is actually being proposed, structurally The framework's reading is sharper than the technical description. BIP-361 proposes that *Bitcoin's protocol-level commitment to unconditional cryptographic ownership has an expiry date*, and that the expiry will be set by the developer community in response to an external technological threat. This is structurally identical to the 1909 legal-tender decision that Fekete identified as the most consequential pre-1914 monetary event — a privatized monopoly on a foundational monetary function, granted in response to a specific operational pressure, with structural consequences that compound regardless of the intent of the participants. Three observations follow. **First, the Lopp position is structurally rational.** If a quantum computer becomes capable of deriving private keys from exposed public keys, the 5.6 million dormant Bitcoin in vulnerable addresses are at risk of being swept by whichever quantum-capable actor reaches the capability first. Whether that actor is a state intelligence agency, a private research lab, or a criminal organization, the result is the same: a massive transfer of Bitcoin from its original holders to the attacker, executed through a cryptographic backdoor the original holders did not know existed when they generated their keys. Lopp's argument is that *protocol-level freezing is a lesser harm than allowing this transfer to occur*. The framework cannot dismiss this argument as irrational. It is structurally rational on its own terms. **Second, the maximalist objection is structurally correct.** The critics of BIP-361 — including Mati Greenspan, Khushboo Khullar, and many others — argue that the proposal "directly undermines Bitcoin's core principles of immutability, permissionlessness, and no central enforcement." This is correct as a description of what the proposal does. The framework agrees: protocol-level freezing of holder coins, even under extraordinary circumstances, *is* a confiscatory mechanism. It does not become non-confiscatory because the confiscator is the network rather than a state actor. Khullar's framing — that BIP-361 represents "a contentious hard fork, violating the network's decentralized ethos where no one can unilaterally seize or freeze anyone's coins" — is structurally accurate. The Lopp counter-framing that it is a *defense* against an external attacker rather than a *seizure* by the network does not survive close analysis: from the perspective of a holder whose coins are frozen, the experience of the freeze is identical regardless of whether the network's intent was defensive or extractive. **Third, both sides are operating inside the same Mengerian decay.** This is the framework's most important contribution to the analysis. The Bitcoin developer community in 2026 is being forced to choose between two unattractive options because *the structural foundation of the original promise has been compromised by external forces neither side can control*. Quantum computing is being developed by state actors and private labs whose incentives are independent of Bitcoin's interests. The cryptographic algorithms that secured Bitcoin in 2009 were chosen at a time when the timeline to quantum-relevant computers was assumed to be 50+ years; that assumption is no longer credible in 2026. The framework's CMP observation in [Essay 6](/forum/cryptographic-marketability-premium) was that the saleability of every digital claim depends on a cryptographic substrate, and that the substrate's integrity is *not* a permanent property of the digital system — it is a property of the broader technological environment, which is now changing rapidly and in ways the developer community cannot offset by choices internal to the protocol. This is what it looks like when CMP becomes visible at scale. The premium is not appearing as a yield spread between PQC-secured and legacy-secured instruments (the form [Essay 6](/forum/cryptographic-marketability-premium) anticipated). It is appearing as a binary option: migrate or be frozen. The economic loss to holders in the legacy category is the CMP, made manifest. For dormant holders who cannot or do not migrate — including, definitionally, the 1.1 million BTC associated with Satoshi Nakamoto, plus an unknown number of deceased holders, lost-key holders, and holders who simply do not see the migration notices in time — the CMP is approaching 100% of their holdings' value. ## The Mythos / Glasswing dimension The chronology of the inflection matters. Glasswing was announced on April 7. BIP-361 was published on April 15. The Google Quantum AI paper appeared on March 31. The PACTs counter-proposal on May 1. This is not a coincidental clustering. It is a coordinated phase change. The Glasswing partner list — Apple, Google, Microsoft, AWS, Nvidia, Cisco, Palo Alto Networks, Broadcom, Cato Networks, JPMorgan Chase, Linux Foundation, plus Anthropic itself — is precisely the set of institutions best positioned to *both* identify the cryptographic vulnerabilities that quantum computing will exploit *and* manage the migration to post-quantum cryptography across the broader infrastructure stack. Mythos Preview, Anthropic's frontier model deployed inside the partnership, has already found thousands of high-severity vulnerabilities in every major operating system and browser. The model is explicitly not being released publicly, on the grounds that the offensive capability it would confer if it escaped the controlled partnership is too dangerous. The Bitcoin developer community is not in this partnership. Bitcoin Core is not on the Glasswing list. Bitcoin's specific cryptographic stack (secp256k1 ECDSA, SHA-256) is not being audited or migrated by the Glasswing infrastructure. When Q Day arrives — and the framework's reading of the Google Quantum AI paper is that it now likely arrives before 2030 — the institutions that will have access to first-class defensive capabilities are the Glasswing cartel and its downstream beneficiaries. Bitcoin's holders will have whatever the open-source community has produced in the meantime, deployed through whatever consensus mechanism the protocol can mobilize within the available timeline. This is the asymmetric defense gap that the CMP framework predicted. JPMorgan's depositors will be migrated to post-quantum cryptographic standards through Glasswing-tier infrastructure. JPMorgan itself, as a Glasswing partner, has direct visibility into Mythos's capabilities and into the vulnerability landscape. The household holding self-custodied Bitcoin in 2026 has none of this. The migration burden is borne by individual holders, with no equivalent institutional support, on a timeline determined by an external threat rather than by the holder's own readiness. The framework's observation here is uncomfortable but unavoidable. *The same private cartel that the CMP analysis identified as the emerging issuer of the digital trust layer is, structurally, the cartel best positioned to thrive through the post-quantum transition while less-supported alternatives — including Bitcoin — face higher relative costs and risks*. This is not a claim that Anthropic, Google, or any specific Glasswing participant intends to disadvantage Bitcoin. It is a claim that the *structural position* of the participants is such that they will weather the transition with substantially more resilience than the alternatives, and that the differential outcome will compound across the next several years of crypto-vs-legacy-finance trajectory. ## Three plausible outcomes The framework can identify three structurally distinct equilibria for Bitcoin's response to the Q Day pressure. The probabilities are uncertain; the structural shapes are not. **Outcome 1: Successful migration with PACTs preservation.** The community converges on a hybrid solution: BIP-360 (Hunter Beast's quantum-resistant address types) is activated, providing a migration target. PACTs (or an equivalent privacy-preserving timestamp mechanism) is standardized, allowing dormant holders to commit cryptographic proof of ownership today and redeem coins later via STARK verification. BIP-361 either passes in modified form (with Phase C explicitly required before Phase B activates) or is rendered unnecessary by sufficient voluntary migration. Bitcoin emerges from the transition with its core promise intact in spirit: most holders who wanted to preserve their coins were able to do so, and the protocol-level freezing of remaining vulnerable coins is treated as a defensive necessity rather than a confiscation. The framework treats this as the *desired* outcome but not the most probable. It requires high coordination across a fractured developer community, requires the STARK verification infrastructure to be implemented and adopted on a tight timeline, and requires Satoshi (or whoever controls those keys) to actively engage with the PACT system before Q Day arrives — a condition that may simply not be satisfiable. **Outcome 2: Hard split into "frozen" and "rescued" Bitcoin.** A meaningful portion of the community refuses to accept the BIP-361 freeze and forks the chain. Bitcoin Classic-style. The fork preserves the legacy address types, accepts the quantum vulnerability as the holder's problem, and continues to recognize all coins as transferable regardless of address type. The other fork (BIP-361 Bitcoin) implements the freeze and proceeds with quantum-resistant migration. Two competing chains exist, with overlapping holder bases who must choose which to support, which to spend on, which to value. The framework treats this as a *plausible* outcome and the one with the most structural ambiguity. Hard forks have happened before (Bitcoin Cash in 2017, Ethereum Classic in 2016) and the historical pattern is that one chain inherits most of the economic activity while the other persists at a much smaller scale. The question is which fork inherits dominance. The framework's reading is that the BIP-361-implementing chain would likely inherit institutional and regulated-exchange support (because of compliance and risk concerns about handling quantum-vulnerable assets), while the legacy-preserving chain would attract maximalist holders and those most committed to the original promise. Over time, the chains would diverge in price, in development priorities, and in user base. Neither would be the Bitcoin of 2024. **Outcome 3: Protocol-level confiscation that fundamentally redefines what Bitcoin is.** BIP-361 passes substantially as proposed, without meaningful PACT integration, and the freeze is implemented. Approximately 5.6 million BTC are permanently frozen, including the Satoshi-associated holdings. The Bitcoin protocol now contains, by precedent, a mechanism by which the developer community can freeze holder coins under specified circumstances. Future emergencies — whether quantum-related or otherwise — produce additional applications of the same mechanism. The "your keys, your coins" promise is replaced, in practice, by *your keys, your coins, conditional on the protocol's ongoing willingness to recognize them*. Bitcoin becomes structurally similar to a privately-administered legal-tender system: still rules-based, still transparent, but no longer unconditional in the way the original promise asserted. The framework treats this as a *possible* outcome but not the most probable. The community resistance to BIP-361 has been substantial and the political-economy of forcing a freeze through against vocal opposition is genuinely difficult. But the framework cannot rule it out, particularly if the quantum threat materializes faster than the migration alternatives can be implemented. Under extreme time pressure, the community may accept the freeze as the lesser evil even with full awareness of its precedent-setting consequences. ## What each outcome means for Mengerian saleability The framework can score Bitcoin's post-inflection saleability profile under each scenario. **Under Outcome 1 (successful migration)**, Bitcoin's saleability profile is preserved approximately at its 2024 level, with some modest decay on the durability criterion (the migration itself reveals that the protocol's substrate properties are dependent on community coordination, which is informative for future-period saleability assessments). The freedom-from-weaponization score is partially restored: PACTs demonstrates that the community can defend the original promise even under technological pressure. The Mengerian outcome is broadly favorable; Bitcoin remains a strong but not dominant monetary good. **Under Outcome 2 (hard split)**, the saleability profile fragments. Each fork inherits a partial saleability profile — the BIP-361 chain has stronger institutional support and likely higher near-term liquidity but a permanently compromised "code is law" promise; the legacy chain has weaker institutional support but a preserved philosophical foundation, with elevated quantum-attack risk. The aggregate Mengerian saleability of "Bitcoin" as a category declines because the category itself has split. Holders must make active choices about which Bitcoin to value, which carries its own saleability cost. The framework treats this as a meaningful net decline relative to 2024. **Under Outcome 3 (protocol-level confiscation)**, the saleability profile is structurally compromised on the freedom-from-weaponization criterion in a way that is difficult to reverse. Bitcoin remains a usable monetary good with strong properties on most criteria, but the unconditional promise has been broken, and any future technology pressure could produce a similar response. The framework's reading is that Bitcoin under this outcome would still be a strong monetary good — better than fiat on multiple criteria — but would have lost the specific saleability advantage that made it structurally distinct from existing alternatives. The Mengerian outcome is unfavorable. ## The chain-analysis dimension, revisited [Essay 13](/forum/13-saleability-audit-bitcoin) in this trilogy noted that Bitcoin's pseudonymity has been substantially compromised by surveillance infrastructure. The BIP-361 inflection compounds this observation in a specific way. A holder who must migrate their coins from a quantum-vulnerable address to a quantum-resistant one is, in the act of migration, *creating a chain-analysis breadcrumb*. The migration transaction reveals which old address corresponds to which new address, and the migration itself can be linked to time-of-migration patterns that may correlate with other identifying information about the holder. Pre-migration, a long-dormant address held by a holder whose identity was unknown to chain-analysis firms was effectively anonymous. Post-migration, the same holder has revealed both the existence of an active controller of the address and a new address controlled by the same entity. The privacy properties of the holding have decayed by the migration itself. PACTs are designed to mitigate this. The PACT mechanism allows ownership to be proven without revealing which specific address corresponds to which specific holder. But PACTs require a STARK verification protocol that doesn't yet exist in Bitcoin and would require its own soft fork. The interim state — between BIP-361 activation and PACT availability — creates a forced choice between *migrate and lose privacy* or *don't migrate and risk being frozen*. Either choice is a saleability cost. The framework's observation is that this is a cost that did not exist in the pre-2026 Bitcoin saleability profile and that arrives specifically as a consequence of the Q Day inflection. ## What this is, in framework terms The BIP-361 / Mythos / Q Day convergence is, in the framework's vocabulary, a *substrate-layer event*. Bitcoin's value as a monetary good depends on the cryptographic substrate functioning as advertised. The substrate is now under threat from technologies developed entirely outside the Bitcoin ecosystem, by institutions whose incentives have nothing to do with Bitcoin's success or failure. The defensive response — BIP-361, BIP-360, PACTs, voluntary migration, soft forks — is being assembled from inside the ecosystem under time pressure that the ecosystem did not create and cannot ultimately control. This is the empirical manifestation of the Cryptographic Marketability Premium that [Essay 6](/forum/cryptographic-marketability-premium) defined. The CMP was previously a theoretical concept observable through indirect proxies. It is now visible as a \$420 billion mass of Bitcoin whose saleability is being actively renegotiated under the constraint imposed by external technological reality. The negotiation will produce one of the three outcomes above (or, possibly, an outcome the framework has not anticipated). Each outcome implies a different post-inflection saleability profile. None of the outcomes restores the pre-2026 profile fully, because the substrate has changed and the substrate-layer event has occurred regardless of how it is resolved. The maximalist response that "BIP-361 will never pass" or "the quantum threat is overblown" is, on the framework's reading, *failing to engage with the structural inflection*. Even if BIP-361 is rejected, the structural pressure does not disappear. Quantum computing development continues. Mythos and successor models continue to find vulnerabilities in cryptographic stacks. Migration pressure compounds. The next BIP, or the BIP after that, will arrive carrying the same structural concerns. The community can repeatedly reject specific proposals, but it cannot reject the structural reality that produced them. The skeptical response that "Bitcoin was always going to fail at the cryptographic substrate level" is, similarly, *missing the structural specifics*. Bitcoin's cryptographic foundations have actually held remarkably well for sixteen years. The current pressure is not a long-anticipated terminal failure; it is the result of specific recent technological developments (the Google Willow 2 advance, the Mythos-class AI capability) that compressed previously decade-scale timelines. The framework treats this as a real and substantial threat, but not as evidence that Bitcoin was always doomed. ## What this means for the household The framework's diagnostic value for the individual holder of Bitcoin in 2026 is straightforward. **First**: any Bitcoin held in a quantum-vulnerable address type (P2PK, P2PKH with revealed public keys, Taproot outputs) is exposed to the BIP-361 trajectory and to the underlying quantum threat. The framework strongly recommends migration to BIP-360 quantum-resistant addresses *as soon as those addresses are available*, even if the user has reservations about BIP-361 specifically. The migration reduces both the protocol-freezing risk and the quantum-attack risk, with privacy costs that PACTs may eventually mitigate but that are real in the interim. **Second**: the long-term Mengerian saleability of Bitcoin in 2026 is meaningfully lower than it was in 2024, regardless of which of the three outcomes ultimately occurs. The framework does not predict Bitcoin's price, but it does observe that the substrate-layer pressure has reduced the structural certainty of the asset's properties going forward. A rational allocator should reflect this in their position sizing relative to other monetary goods (gold, stablecoins with strong reserves, equities of high-quality businesses, etc.). **Third**: the maximalist arguments for continued, increased, or undiminished Bitcoin allocation in 2026 are not engaging seriously with the framework's analysis of the substrate-layer event. The framework does not advise the reader to abandon Bitcoin. It advises the reader to understand that Bitcoin in 2026 is a different monetary instrument than Bitcoin in 2024, and to position accordingly. The reader who understands the framework holds a real advantage over the reader who is consuming maximalist or skeptical content uncritically. ## What "code is law" actually was Bitcoin's "code is law" slogan was always a partial description of the system rather than a complete one. The code defines the rules; the network's consent to the code is what gives it force. When the network consents to a new version of the code, the rules change. This is true of every blockchain that has ever existed and is structurally inseparable from the consensus mechanism that makes the system function at all. What was actually unique about Bitcoin's first sixteen years was *the political-economy condition that the network would not consent to changes that compromised holder ownership*. This condition held through multiple stress tests: the block size wars, the SegWit/UASF episode, the various proposed forks. The community defended the principle that holder coins were sacrosanct, even at substantial cost in coordination friction. The 2026 inflection is the first time the political-economy condition itself is being seriously contested by core developers, in good faith, in response to a technological threat that genuinely complicates the simple principle. *Code is law* was never a metaphysical guarantee; it was a description of what the community had repeatedly chosen to defend. The choice is now, for the first time, a hard one. The framework's reading is that the choice will be made in the next 24–36 months and that the result will define Bitcoin's monetary character for the following decade. The household holding Bitcoin in this period should understand that they are not passively holding an asset whose nature is fixed. They are active participants in an ongoing political-economy decision about what Bitcoin will become. The maximalists are correct that this decision matters enormously. The skeptics are correct that the decision's outcome is genuinely uncertain. The framework's contribution is to make both of these things visible while the decision is still in progress. The Mengerian framework does not produce optimism or pessimism about the outcome. It produces *clarity about the nature of the choice being made*. That clarity is what readers of this series can take into their own decisions, both about Bitcoin specifically and about the broader monetary architecture in which Bitcoin sits. The next essay turns to that broader architecture: stablecoins, CBDCs, and the surprising emergence of dollar-pegged tokens as the dominant crypto-monetary instrument of 2026, with implications that neither the maximalist nor the Austrian tradition has internalized. --- *This is the second essay of the Cryptocurrency Trilogy. The third essay turns to the broader monetary architecture — specifically, the surprising 2026 reality that the dominant crypto-monetary instruments globally are dollar-pegged stablecoins rather than Bitcoin, and the structural implications of this for the dollar, the Federal Reserve, and the monetary architecture more broadly.* --- # Stablecoins, CBDCs, and the Privatization of the Digital Dollar URL: https://newaustrianeconomics.com/forum/15-stablecoins-cbdcs-privatization-digital-dollar/ Date: 2026-05-03 Author: Jason D. Keys Tags: Fekete, Menger, stablecoins, CBDC, Tether, USDC, GENIUS Act, digital dollar, monetary architecture, privatization Description: The most important monetary fact of 2026 is not Bitcoin's quantum challenge or the on-chain housing finance buildout. It is that dollar-pegged stablecoins have become the dominant crypto-monetary instrument globally — Tether holds $141 billion in U.S. Treasuries, USDT and USDC together exceed $200 billion in circulation, and 43% of Sub-Saharan African crypto volume runs through stablecoins. Meanwhile, retail CBDCs have failed almost everywhere they have been deployed. The U.S. has explicitly chosen stablecoin regulation (the GENIUS Act) over a digital dollar. The framework's reading: the digital dollar layer has been privatized to Tether and Circle, and almost no one is calling this what it is. # Stablecoins, CBDCs, and the Privatization of the Digital Dollar The most consequential monetary fact of 2026 is not Bitcoin's quantum challenge, the on-chain housing finance buildout, or the gradual erosion of the petrodollar arrangement. It is something simpler and far less discussed in the conventional financial press: **the digital dollar has been privatized.** Not in the sense that anyone announced it. Not in the sense that any specific legislative act produced it. The privatization happened bottom-up, through millions of individually rational transactions across emerging markets and global finance, mediated by two private companies — Tether (USDT) and Circle (USDC) — whose dollar-pegged tokens collectively exceed \$200 billion in circulation as of mid-2026. Tether alone now holds approximately \$141 billion in U.S. Treasury securities, making it one of the largest non-sovereign holders of U.S. government debt in the world, ranking it ahead of most national central banks. Tether reported \$1.04 billion in Q1 2026 net profit and an excess reserve buffer of \$8.23 billion, both records. Meanwhile, the institution that was supposed to provide the digital dollar — the Federal Reserve — has explicitly declined to do so. The U.S. position, formalized by the GENIUS Act in 2025 and reaffirmed throughout 2026, is that there will be no retail Federal Reserve CBDC. The U.S. has chosen, decisively, to delegate the digital dollar layer to private issuers operating under regulatory supervision rather than to issue the digital dollar directly. This is not a minor regulatory preference. It is one of the largest delegations of a foundational monetary function from public to private hands in the history of the United States. This essay is the third and final piece of the Cryptocurrency Trilogy. The first essay audited Bitcoin's saleability against Menger's framework and observed that stablecoins, not Bitcoin, are the dominant crypto-monetary instrument in emerging markets. The second essay examined Bitcoin's substrate-layer crisis and the inflection produced by BIP-361 and the Mythos / Q Day convergence. This essay completes the analytical arc by addressing the question those essays opened: if Bitcoin is not the future of programmable money — if its saleability is constrained by volatility, surveilled by chain analysis, and threatened by quantum-era developments — *what is*? The answer, on the empirical evidence, is stablecoins. The framework has things to say about this that neither Austrian tradition nor mainstream monetary economics has fully articulated. ## The empirical reality of programmable dollar adoption Before any analytical claim, the data. In 2026: - **USDT (Tether) market capitalization**: approximately \$155 billion. - **USDC (Circle) market capitalization**: approximately \$55 billion. - **Combined stablecoin market**: over \$210 billion, dominated by these two issuers but including smaller players (DAI, FDUSD, PYUSD, several emerging-market specific stablecoins). - **Daily transaction volume across stablecoins**: routinely exceeds \$200 billion, frequently exceeding the daily volume of all U.S. equity markets combined. - **Tether's U.S. Treasury holdings**: approximately \$141 billion as of Q1 2026, growing. - **Stablecoin share of cryptocurrency transaction volume in Sub-Saharan Africa**: 43%. - **Stablecoin share of retail crypto transactions under \$1 million in Nigeria**: 43%. - **Ethiopian retail stablecoin transfer growth in 2025**: 180% year-over-year following the local currency's 30% devaluation. - **U.S. CBDC status**: explicitly rejected. The GENIUS Act (Guiding and Establishing National Innovation for U.S. Stablecoins) of 2025 codified the regulatory framework for private stablecoin issuance and effectively closed the policy debate over a Federal Reserve retail CBDC. - **Nigerian eNaira (CBDC) status**: 98.5% of wallets unused one year after launch. The Central Bank of Nigeria has effectively pivoted to supporting cNGN, a private central-bank-backed stablecoin, alongside the eNaira. - **Brazilian Drex (CBDC) status**: pivoted away from blockchain architecture due to privacy and scalability concerns; narrowed scope to wholesale collateral management; public-facing retail product targeted for mid-2026 with substantially reduced ambitions from original design. - **Chinese e-CNY (CBDC) status**: 800 million wallets, ¥10 trillion+ in cumulative transactions, but identity-linked from issuance and explicitly part of a state-controlled monetary architecture. The pattern is unambiguous. **Where central bank digital currencies have been deployed in democratic emerging markets, they have failed at the retail level.** Where private dollar-pegged stablecoins have been allowed to circulate, they have succeeded. The Chinese counter-example proves the point in a different direction: the e-CNY's success is precisely tied to the fact that it operates inside a state-controlled monetary architecture in which the state can mandate adoption and integrate the CBDC with national digital identity, surveillance, and social systems. The success is real, but it is success through a different mechanism than what the eNaira or Drex were attempting. The framework's reading of this empirical pattern is a classic Mengerian outcome. In every case where users had genuine choice, they chose the most saleable available instrument. The most saleable available instrument was, by the framework's saleability criteria, the dollar-pegged stablecoin — not the central-bank-issued digital currency. The choice was made bottom-up, transaction by transaction, with no central coordination, against the explicit policy preference of multiple state actors. This is exactly what Menger's 1892 essay predicted would happen. ## Why stablecoins outscore CBDCs on Menger's criteria The framework's saleability audit produces a clean explanation for the empirical pattern. Apply the same six criteria to USDT/USDC versus retail CBDCs: ![Two-column Mengerian audit graphic on deep navy: left column private dollar stablecoin — strong marks on transportability, homogeneity, widespread demand, freedom from weaponization; right column retail CBDC — surveillance lock motif, weaker transport, state-chain coupling. Center gold scale tipping toward stablecoin; cream tones, academic infographic matching site palette warm gold and parchment cream — no readable words, no logos.](/images/diagrams/forum-stablecoin-vs-cbdc-menger.jpg) **Divisibility.** Both stablecoins and CBDCs are divisible to many decimal places. Tie. **Durability.** Stablecoins are durable conditional on the issuer's reserves and the underlying blockchain's continued operation. CBDCs are durable conditional on the issuing central bank's continued operation, which is typically more reliable than a private issuer. *Slight CBDC advantage.* **Transportability.** Stablecoins are globally transportable across any compliant blockchain network, in seconds, without permission. CBDCs are typically transportable only within the issuing country's payment infrastructure, with cross-border use requiring specific bilateral arrangements (mBridge, etc.). **Strong stablecoin advantage.** This is the single largest factor explaining stablecoin dominance in cross-border use cases. **Homogeneity.** Both stablecoins and CBDCs are nominally homogeneous. In practice, stablecoins are more homogeneous because the same USDT works on Ethereum, Tron, Solana, and various Layer 2 networks interchangeably from the user's perspective. CBDCs are tightly coupled to their specific national infrastructure. *Modest stablecoin advantage.* **Widespread demand.** USDT and USDC have demand across nearly every economy in the world. CBDCs have demand primarily within their issuing country, and even there, demand is typically thin (eNaira's 98.5% inactive wallet rate). **Strong stablecoin advantage.** **Freedom from political weaponization.** This is the most consequential criterion and the one that produces the largest gap. Stablecoins are subject to issuer-level censorship — Tether and Circle can freeze addresses associated with sanctioned parties, and they have done so. But this censorship is *narrowly applied* to specifically sanctioned addresses, against specific OFAC or analogous regulatory orders, and the rest of the network operates without state-level surveillance of individual transactions. CBDCs, by contrast, are *designed* with surveillance and programmability as core features. The European Central Bank's Digital Euro framework, China's e-CNY, and India's e-Rupee all integrate national digital identity verification with the wallet system. The transactional history of every user is, by design, available to the state. **Strong stablecoin advantage.** The composite assessment: stablecoins outscore retail CBDCs on four of six criteria, tie on one, and lose only on durability where the gap is small. This is not a close audit. The framework's prediction is that the empirical pattern (stablecoin success, CBDC retail failure) will continue and intensify, because the underlying saleability differential is structural and not easily reformable through policy intervention. ## What stablecoins actually are, structurally A USDT or USDC is, in Fekete's vocabulary, a *paper substitute* for the U.S. dollar. The substitute is backed (in well-managed cases) by reserves of U.S. Treasuries, cash equivalents, and similar high-quality dollar-denominated assets. The reserves are held by the issuer in custody. The token is issued against these reserves at a 1:1 nominal ratio. The issuer commits to redeeming the token for the underlying dollars at par. This structure has a very specific Mengerian and Fekete-an analysis. The paper substitute inherits the saleability of the underlying dollar plus the additional saleability advantages of the crypto layer (transportability, divisibility, programmability). Under normal conditions, the substitute trades at par with the underlying because the redemption mechanism is credible. Under stress, the substitute's saleability decays toward the underlying's actual saleability, mediated by the reliability of the redemption mechanism. This is structurally identical to a 19th-century bank note backed by gold reserves. The bank note, when the issuing bank's solvency is unquestioned, trades at par with the gold it represents. The note's transportability and divisibility advantages over physical gold give it superior practical saleability for many use cases. When the issuing bank's solvency becomes questioned, the note's saleability collapses toward the actual coverage ratio of the reserves. The mechanism is identical in 2026 with a stablecoin and dollar reserves. Tether's \$141 billion in U.S. Treasury holdings is, by this analysis, *structurally analogous to gold reserves backing 19th-century bank notes*, with the substitution: U.S. Treasuries play the role gold played in the 19th century, and Treasuries' saleability is itself dependent on the broader fiat monetary regime that this series has analyzed at length. Tether is not creating new dollar saleability out of nothing. It is *aggregating* dollar saleability from the underlying Treasury market and *redistributing* that saleability across global crypto rails. The saleability of USDT depends on (a) the saleability of U.S. Treasuries, which the framework has analyzed as decaying gradually but real, and (b) the integrity of Tether's reserve management, which has been progressively audited and improved over the past several years but is not equivalent to central-bank-backed reserves. The framework's reading: stablecoins are a *legitimate*, *structurally-defensible*, and *historically-precedented* monetary instrument — provided the reserve discipline is real. Tether has, after years of regulatory pressure and reserve-quality questions, stabilized into a configuration that broadly satisfies the framework's redemption-discipline criterion. USDC, with stricter regulatory oversight from inception, satisfies it more cleanly. The smaller stablecoin issuers vary in their reserve discipline; the framework would advise users to weight allocation toward issuers with the strongest reserve audit standards. ## The privatization observation Here is the framework's sharpest observation about the 2026 monetary architecture, and the one that neither Austrian nor mainstream monetary economics has fully internalized. **Tether and Circle are now performing a function that, until 2025, was assumed to be reserved to sovereign central banks: the issuance of dollar-denominated digital money for use across the global economy.** The U.S. Federal Reserve has explicitly declined to perform this function (no retail CBDC). The U.S. Treasury has, through the GENIUS Act, formally codified the delegation. Private issuers operate under federal supervision but issue the actual instrument, set the actual quantity of digital dollars in circulation, and capture the actual interest income from the underlying reserves. Tether's \$1.04 billion in Q1 2026 net profit is, in substantial part, *seigniorage* — the revenue the issuer captures from the spread between zero-yield tokens issued and yield-bearing reserves backing them. Historically, seigniorage was a sovereign function. The 1909 legal-tender decision that Fekete identified as a pivotal monetary event involved exactly this function being privatized to specific central banks, with structural consequences that compounded across the following century. The 2025 GENIUS Act is, structurally, a *deeper* privatization than the 1909 decision: rather than transferring seigniorage to a single central bank, it transfers it to a set of competing private issuers operating under regulatory supervision but capturing the economic rents directly. This is not necessarily bad. The framework does not reflexively object to private monetary issuance — Menger's tradition is, after all, deeply skeptical of state monopolies on monetary functions. The argument for private stablecoin issuance under reserve discipline is strong: it is a *Mengerian bottom-up monetary innovation* of the kind the framework specifically endorses. The argument is materially stronger than the case for retail CBDCs, which the framework treats as a *top-down imposition* with structural problems on the freedom-from-weaponization criterion. But the framework requires we recognize what has actually happened: the digital dollar layer of the global economy has been *privatized*. The U.S. retains supervision but not direct issuance. The economic rents flow to private companies. The geographic distribution of the digital dollar follows the issuers' compliance and operational decisions, not the Federal Reserve's monetary policy preferences. Iran cannot use the official Federal Reserve dollar system for sanctions reasons — but Iran's Hormuz-toll counterparty *did* use Tether, which is privately issued and operationally globally accessible in ways the Fed system is not. The privatization has produced a digital dollar layer that is, in some ways, *more* expansive than what a Federal Reserve CBDC would have produced. This is a genuinely new monetary configuration. It is not predicted by Austrian theory. It is not predicted by mainstream monetary economics. It has emerged because the empirical demand for programmable dollar functionality could not be satisfied by the public infrastructure available, and private issuers stepped into the gap. The framework recognizes this for what it is and treats it analytically rather than ideologically. ## What this means for the dollar's saleability The privatization has consequences for the dollar's broader Mengerian saleability profile that this series has analyzed elsewhere. **Positive consequence**: stablecoin adoption *expands* the dollar's effective saleability footprint. Holders in countries with capital controls, weaponized banking infrastructure, or unstable local currencies now have access to dollar-equivalent claims they could not access through traditional channels. The dollar's transactional reach has *grown* through the stablecoin layer, even as its share of formal foreign exchange reserves has declined. This is a meaningful complication for narratives of straightforward dollar decline. The dollar's *formal* role is shrinking. The dollar's *informal*, stablecoin-mediated role is expanding rapidly. **Negative consequence**: the dollar's saleability is now substantially dependent on private intermediaries whose continued operation is conditional on regulatory environment, reserve management, and operational integrity that the U.S. government does not directly control. A failure of Tether or USDC — through reserve mismanagement, regulatory action, or operational compromise — would produce a saleability shock to the dollar's informal footprint that the Federal Reserve has limited tools to address. The Fed cannot inject liquidity into a Tether-supported stablecoin run the way it can inject liquidity into a regulated commercial bank. The privatization has created a layer of dollar-related monetary stability that the public infrastructure cannot directly stabilize. **Mixed consequence**: the privatization shifts where the demand for U.S. Treasuries originates. Tether's \$141 billion in Treasury holdings, plus Circle's substantial holdings, plus the broader stablecoin issuer ecosystem, represents a meaningful and growing source of demand for U.S. government debt. The Treasury market benefits from this demand. But the demand is concentrated in short-duration paper (because stablecoin issuers need redemption-ready liquidity), which may reshape the Treasury yield curve over time and creates concentration risk. If the broader stablecoin ecosystem ever experiences a coordinated redemption event, the secondary market impact on short-duration Treasuries could be substantial — a funding-market saleability event of the kind the Mengerian Stress Index from [Essay 12](/forum/12-mengerian-stress-index-dashboard) is designed to detect. ## What CBDCs actually are, when they fail and when they succeed The retail CBDC failure pattern is informative. The eNaira, JAM-DEX, and Drex (in its retail form) all failed at adoption despite substantial state support and explicit legal-tender designation. The common pattern: users in market economies with monetary alternatives chose private alternatives over the CBDC. The framework's reading of this pattern is consistent with Menger: users selected the higher-saleability instrument (private dollar stablecoin or established mobile money) over the lower-saleability instrument (state CBDC) regardless of legal nudges. The Chinese e-CNY success is structurally different. The e-CNY operates in an economic system where: - Foreign currencies are tightly restricted by capital controls - Major private alternatives (Alipay, WeChat Pay) operate under state direction and increasingly integrate with the e-CNY rather than competing with it - National digital identity (linked to the social credit system) is pervasive and CBDC-integration is normalized - The state has the political capacity to *mandate* CBDC use in specific contexts (government services, tax payments, certain merchant categories) The e-CNY's adoption is not, in framework terms, a *Mengerian* outcome. It is a *coordinated* outcome produced by the structural absence of meaningful alternatives. The success is real but the underlying mechanism is fundamentally different from the bottom-up convergence Menger described. The CBDC succeeds where the state has the capacity to make it the default and to suppress alternatives; it fails where users have access to genuine alternatives. This produces a sharp framework prediction. *Retail CBDC adoption will succeed in proportion to the state's capacity to suppress private dollar-equivalent alternatives.* The U.S. is not going to suppress private dollar-equivalent alternatives — the GENIUS Act explicitly endorses them. Therefore a U.S. retail CBDC, if eventually issued, would fail at the same adoption levels as the eNaira and JAM-DEX. The Federal Reserve has, with the U.S. Treasury's blessing, accurately read this outcome and chosen not to issue. This is the most analytically consistent monetary policy decision the U.S. has made in years, and almost no one is recognizing it for what it is. The European Digital Euro will be the most interesting test case in the coming years. The eurozone is closer to the U.S. configuration than to the Chinese: meaningful private alternatives exist (USDT and USDC are accessible to European users; private fintech payment systems are robust). The Digital Euro will, if rolled out, face the same structural adoption challenges as the eNaira. The ECB's framing emphasizes "preserving the monetary anchor" — which is precisely the framing of an institution that recognizes the saleability competition it is entering and is positioning preemptively rather than from strength. ## The constructive observation The framework's constructive position on the 2026 monetary architecture, drawing the trilogy together, is approximately the following. **The dominant programmable-money instrument globally is the dollar-pegged stablecoin**. This is empirically true and structurally explicable through Menger's framework. The instrument inherits the dollar's existing saleability dominance and adds the crypto layer's structural advantages on transportability and divisibility. **Bitcoin occupies a specific and important but specialized role** — long-term store of value, crisis-flight asset, censorship-resistant final settlement option for participants who cannot access stablecoin infrastructure. The role is real and durable, but it is not the universal monetary role the maximalist tradition has predicted. **Retail CBDCs are failing wherever the state cannot suppress alternatives**, succeeding only where the state can. This is a structural prediction the framework is willing to make confidently. **The privatization of the digital dollar is a real and consequential monetary architectural shift**, comparable in structural significance to the 1909 legal-tender transitions Fekete identified as historically pivotal. It has been accomplished with relatively little public discussion and almost no acknowledgment of what is actually being delegated. **The framework neither endorses nor opposes this configuration in absolute terms.** It recognizes that the configuration is a Mengerian-bottom-up outcome that has produced real monetary improvements for users in stressed economies, and that simultaneously creates new structural vulnerabilities in the dollar system that the public infrastructure cannot directly address. Both observations are true. ## What the household should understand The reader who has worked through all three essays of this trilogy should hold the following observations in working memory when making monetary decisions in 2026: 1. **Bitcoin's saleability profile is strong but no longer dominant**, with specific advantages and specific weaknesses. It is reasonable to hold Bitcoin as part of a diversified position, with the BIP-361 / Q Day awareness from [Essay 14](/forum/14-code-was-never-law-bip-361) informing migration discipline. 2. **Dollar-pegged stablecoins from well-managed issuers are, on the framework's audit, the highest-saleability programmable monetary instruments available in 2026.** They are appropriate for daily transactional use, cross-border value transfer, and short-to-medium-duration dollar exposure. The framework's caution: weight allocation toward issuers with the strongest reserve discipline (Circle/USDC tends to score highest on reserve transparency; Tether has improved substantially but operates with less regulatory clarity than U.S.-domiciled issuers). 3. **Retail CBDCs, if and when they are issued in democratic economies, will likely face significant adoption headwinds and may not be useful for most households.** The framework does not advise rejection or boycott of CBDCs in any specific way — it observes that the structural saleability properties suggest most users will continue to prefer private alternatives where available. 4. **Gold and other Mengerian-grade physical monetary goods retain their structural role** in a portfolio, particularly as insurance against the substrate-layer events the framework has analyzed throughout this series. The framework's housing trilogy and broader analysis have not changed the role of physical monetary metals as the highest-tier saleability instruments under maximum stress conditions. 5. **The broader monetary architecture is in active transition**. The framework's diagnostic apparatus — particularly the Mengerian Stress Index from [Essay 12](/forum/12-mengerian-stress-index-dashboard) — is designed to track the transition in real time. Households who follow the indicators carefully will have meaningfully better information than those relying on conventional financial press for monetary analysis. The cryptocurrency trilogy completes the framework's engagement with the digital monetary architecture of 2026. The framework has not endorsed any specific cryptocurrency. It has not predicted any specific price outcome. It has done what frameworks are supposed to do: described what is actually happening, identified the structural forces at work, and given the reader analytical tools to make informed decisions about their own monetary position. The maximalist will find the framework too cautious. The skeptic will find it too generous. The Austrian dogmatist will find it insufficiently committed to the gold-standard restoration program. The mainstream economist will find it insufficiently committed to the existing fiat policy framework. The framework treats all of these criticisms as evidence that the analysis is neither captured by the existing camps nor reducible to their arguments. Menger and Fekete gave us the tools. The world of 2026 has produced the actual conditions on which the tools must be applied. The work is to apply them honestly. That work is what this series has attempted. The cryptocurrency trilogy has been the framework's most contested terrain, because cryptocurrency in 2026 is the terrain where the deepest disagreements between Austrian tradition and contemporary monetary reality become most visible. The framework's claim is that *both* traditions need updating — the Austrian tradition needs to engage seriously with stablecoins and programmable money as Mengerian-bottom-up monetary innovations rather than dismissing them; the mainstream tradition needs to recognize that the privatization of the digital dollar is a major architectural shift that conventional monetary theory has not adequately analyzed. The New Austrian Economics, as this series has constructed it, is the framework that engages both updates honestly. The series will continue, as conditions warrant, with periodic application of the framework to specific events as they arrive. The next BIP-361 vote, the next quantum computing milestone, the next Tether reserve disclosure, the next CBDC pilot result — all of these will be readable through the framework's lens. The framework is a working tool, not a finished product. The work continues. --- *This concludes the Cryptocurrency Trilogy and the third major arc of the New Austrian Economics series. Across all fifteen essays, the framework has been applied to gold and the Iran war, the petrodollar and Mengerian de-dollarization, the decay function of marketability, AI-driven open market operations, AI compute as nascent real bills, the Cryptographic Marketability Premium, the architecture of American household housing finance (a complete trilogy plus the bridge essay), the on-chain housing finance stack, the Mengerian Stress Index dashboard, and now the cryptocurrency saleability profile and the privatization of the digital dollar. The framework is now a substantial working program. It will continue to develop as the conditions of 2026 and beyond produce new occasions for its application.* --- # The Mengerian Stress Index: From Spec to Live Dashboard URL: https://newaustrianeconomics.com/forum/12-mengerian-stress-index-dashboard/ Date: 2026-05-01 Author: Jason D. Keys Tags: Fekete, Menger, decay function, marketability, quantitative, dashboard, MSI, monetary theory Description: Article 3 of this series proposed a quantifiable extension of Menger's saleability spectrum. This essay turns the proposal into a working framework: each of the five marketability proxies is defined precisely, the composite Mengerian Stress Index (MSI) is motivated, and the marketability half-life is operationalized as a regime-classification tool. The specific weights and calibration that drive the live MSI dashboard are deliberately not published; current readings live on the dashboard itself. # The Mengerian Stress Index: From Spec to Live Dashboard The third essay of this series proposed a quantifiable extension of Menger's saleability spectrum. The proposal was that every transformation between a directly-held physical asset and its derivative paper substitutes imposes a measurable saleability haircut, that the cumulative haircut is invisible in normal conditions but observable as *spreads* under stress, and that those spreads — tracked across five specific market proxies — together constitute a Mengerian dashboard that would lead conventional crisis indicators by several weeks. The proposal was theoretical. This essay is its public-facing engineering pass: precise definitions for each of the five proxies, the composite Mengerian Stress Index (MSI) that aggregates them, and the marketability half-life concept that turns instantaneous readings into a regime-classification tool. The live MSI itself runs at [/toolkit/mengerian-stress-index/](/toolkit/mengerian-stress-index/), updated continuously. The specific weights, calibration windows, and operational details that drive that live index are not described here — they sit behind the dashboard, where they belong, and will be refined as more crisis data arrives. Menger gave us the concept. Fekete gave us the first instance for a single market. The work of generalization has been done abstractly across the rest of this series. What follows is the public definition layer of the live framework. ## Premise: what the index measures, and what it does not Before specifying the components, it is worth restating precisely what the MSI is designed to capture and what it deliberately ignores. The MSI measures *the spread between paper substitutes and their underlying physical or near-physical referents, aggregated across multiple asset classes, normalized to a stress-period baseline*. It is a measure of substitute-layer integrity, not a measure of liquidity, not a measure of volatility, and not a measure of credit risk in any conventional sense. A market can have low volatility, narrow bid-ask spreads, abundant liquidity, and stable credit conditions, while the MSI is rising — because the index is measuring a different variable than any of those. The relationship between the MSI and conventional risk metrics is asymmetric. When the MSI rises, conventional risk metrics typically remain calm for a period (often weeks to months) before catching up. When the MSI is calm, conventional risk metrics may be elevated for reasons unrelated to substitute-layer integrity — geopolitical tension, idiosyncratic credit events, sentiment-driven volatility — without indicating any structural saleability stress. The MSI is, in this sense, a *complement* to standard risk dashboards rather than a substitute for them. The framework's claim is that the MSI's signature is *causally upstream* of major financial crises in the post-1971 monetary regime. The 2008 crisis showed visible signatures in the gold basis, the FX basis, and the ETF NAV-discount data weeks before the equity market broke. The 2020 COVID liquidity event showed the same pattern in a compressed timeframe. The 2023 banking stress (SVB, First Republic, Credit Suisse) was preceded by repo-haircut dispersion widening over the prior six months. None of this is observable in retrospect to anyone who was not specifically tracking these proxies; it is fully observable to anyone who was. The MSI is the formalization of "what would have led these crises if anyone had been watching the right variables." ## Component 1: the paper-physical premium in precious metals (PPP) The first proxy is the most direct successor to Fekete's original gold basis concept, generalized to include silver and to use spot-versus-physical retail data rather than spot-versus-futures. **Definition.** The paper-physical premium is the spread between the spot market price of a precious metal and the delivered retail price of physical bullion at major institutional dealers, expressed as a percentage of the spot price. **Formula.** $$\text{PPP}_t = \frac{P^{\text{phys}}_t - P^{\text{spot}}_t}{P^{\text{spot}}_t} \times 100\%$$ where $P^{\text{phys}}_t$ is the median delivered price across a panel of major bullion dealers for a standard one-ounce sovereign coin, and $P^{\text{spot}}_t$ is the corresponding LBMA fix or COMEX continuous-contract reference. Silver is computed identically against its own retail and spot references. **Normalization.** PPP is normalized to a rolling-baseline Z-score; what counts as a soft, hard, or regime-shift signal is calibrated empirically against the historical record and lives inside the live dashboard. The pre-2008 baseline runs in the low single digits for gold and roughly two to three times that for silver, reflecting fabrication and dealer markup costs that are essentially fixed in normal conditions. Current readings, baselines, and component charts: [/toolkit/paper-physical-premium/](/toolkit/paper-physical-premium/). ## Component 2: the on-the-run / off-the-run Treasury spread (OTROFF) — *planned* The second proxy measures the saleability differential between the most recently-issued Treasury at a key maturity (the on-the-run benchmark) and the immediately preceding issue (the off-the-run), which carries near-identical credit and duration characteristics. Any observable yield differential between the two reflects the market's pricing of saleability rather than any other factor. **Definition.** The OTROFF spread is the yield difference between the on-the-run 10-year Treasury note and the immediately preceding off-the-run 10-year, both adjusted to identical maturity through standard term-structure interpolation. **Formula.** $$\text{OTROFF}_t = y^{\text{off}}_t - y^{\text{on}}_t \quad \text{(in basis points, maturity-adjusted)}$$ The maturity adjustment is necessary because the off-the-run is typically a few months shorter in remaining maturity than the on-the-run; the adjustment uses the slope of the local term structure to project both onto a common maturity reference. A companion metric — the ratio of on-the-run daily volume to off-the-run daily volume — confirms that any observed spread reflects saleability rather than other factors, since under stress, flow concentrates dramatically in the most-current issues. **Status.** OTROFF is in scope for the framework but not yet live in the dashboard. The bottleneck is data: there is no freely-available per-CUSIP secondary-market yield feed, and the bench-quality OTROFF reading requires inputs that currently sit behind paid fixed-income subscriptions. The component placeholder lives at [/toolkit/otroff-spread/](/toolkit/otroff-spread/) and will be wired into the composite MSI once a viable data path is secured. ## Component 3: repo haircut dispersion (RHD) The third proxy is the most analytically valuable and the most operationally difficult to measure. It captures the distribution of haircuts that dealers demand against different classes of collateral in tri-party repo markets. In calm conditions, haircuts on similar-quality collateral cluster tightly. Under stress, the distribution widens dramatically as dealers price differential saleability into otherwise-similar collateral. **Definition.** The RHD is the cross-sectional standard deviation of haircuts across asset classes within a given quality tier in tri-party repo, computed at the highest frequency the available data supports. **Formula.** For a set of $n$ asset classes within a quality tier (e.g., AAA-rated long-duration paper): $$\text{RHD}_t = \sqrt{\frac{1}{n-1} \sum_{i=1}^{n} (h_{i,t} - \bar{h}_t)^2}$$ where $h_{i,t}$ is the median haircut for asset class $i$ on day $t$ and $\bar{h}_t$ is the cross-sectional mean. **Normalization.** Pre-2008 RHD across investment-grade tiers ran in a tight band; the September 2008 reading widened by roughly an order of magnitude. The live component normalizes against this historical reference and against a rolling recent baseline. The composition of the dispersion is often more informative than the level: when haircuts on agency MBS widen relative to comparable Treasuries, that asymmetry is a duration-stress signature consistent with the diagnosis advanced in [Article 8](/forum/08-agency-mbs-paper-substitute). Current reading and dispersion decomposition: [/toolkit/repo-haircut-dispersion/](/toolkit/repo-haircut-dispersion/). ## Component 4: FX cross-currency basis (CCB) The fourth proxy measures deviations from covered interest parity (CIP) — the no-arbitrage condition that should tie spot exchange rates, forward exchange rates, and interest rate differentials together. Persistent deviations indicate that one party's *synthetic* dollar funding (assembled through derivatives) costs differently than its direct dollar funding (obtained in cash markets), which is a saleability signal in the dollar's own payment infrastructure. **Definition.** The cross-currency basis at maturity $\tau$ for currency pair (USD, X) is the spread that must be added to the non-dollar floating leg of an FX swap to make it equivalent to direct dollar borrowing. **Formula.** Following the standard literature: $$b^{\tau}_t = r^{X,\tau}_t - r^{\text{USD},\tau}_t - \frac{1}{\tau}\left(\ln F^{\tau}_t - \ln S_t\right)$$ where $r^{X,\tau}$ and $r^{\text{USD},\tau}$ are the relevant interest rates at maturity $\tau$ in currency $X$ and USD, $F^{\tau}$ is the forward exchange rate, and $S$ is the spot rate. A negative basis indicates that synthetic dollar borrowing is *more expensive* than direct — a signal of dollar scarcity in the swap market. **Normalization.** The pre-2008 baseline was within a few basis points of zero, consistent with CIP holding. Post-2015 the baseline shifted to a structurally negative regime that the live component treats as the new normal, with stress detected against that shifted baseline rather than against zero. The dashboard computes the basis across major USD pairs at short maturities; the dispersion across pairs is often more informative than any single reading. Current readings across pairs: [/toolkit/cross-currency-basis/](/toolkit/cross-currency-basis/). ## Component 5: ETF NAV deviation in stress windows (ENV) The fifth proxy measures the spread between an exchange-traded fund's market price and its calculated net asset value (NAV) during periods of underlying-market stress. Under normal conditions, the creation/redemption arbitrage mechanism keeps ETF prices within a few basis points of NAV. Under stress — especially for ETFs whose underlyings become difficult to trade — the spread can widen substantially, and the depth and duration of those discounts directly measure how the ETF wrapper's marketability has decayed relative to its constituents. **Definition.** The ENV is computed for a panel of stress-relevant ETFs spanning investment-grade credit, high-yield credit, agency MBS, emerging-market debt, leveraged loans, and a Treasury control, as the absolute discount of market price to NAV. **Formula.** $$\text{ENV}^{i}_t = \frac{|P^{\text{mkt},i}_t - \text{NAV}^i_t|}{\text{NAV}^i_t} \times 100\%$$ with $i$ indexing the panel and $\text{NAV}^i_t$ taken at the official close. Intraday discounts can be computed against the indicative NAV (iNAV) for additional resolution when the underlying market is open. **Normalization.** Normal-period absolute discounts are tight across the panel. The interesting signal is differential: when credit-quality-sensitive ETFs trade meaningfully wider than government-paper controls, that asymmetry is a substitute-layer stress signature even when the panel aggregate looks calm. Current panel readings: [/toolkit/etf-nav-deviation/](/toolkit/etf-nav-deviation/). ## The composite Mengerian Stress Index The components above are aggregated into a single composite index through a weighted Z-score combination. **General form.** $$\text{MSI}_t = \sum_{k} w_k \cdot Z^{(k)}_t$$ with the components being PPP, RHD, CCB, ENV — and OTROFF, once its data path is solved. The weights are *not* equal. They are calibrated empirically from the historical signal-quality of each component during the stress episodes for which we have full data (2008, 2011, 2020, 2023). The framework treats the weight vector as a tunable internal parameter that should evolve as more data accumulates, not as a published constant; the live dashboard carries the current calibration. Conceptually, components with cleaner lead-time relative to subsequent crisis events carry more weight than components whose signal-to-noise is dominated by idiosyncratic events. Current MSI reading and component breakdown: [/toolkit/mengerian-stress-index/](/toolkit/mengerian-stress-index/). ![Mengerian Stress Index dashboard mock-up: dark analytical UI on navy, horizontal gauge meters labeled PPP, OTROFF, RHD, CCB, ENV with needle positions in yellow-amber, composite MSI readout large at top in cream, subtle grid, Bloomberg-terminal meets classical economics journal aesthetic, no live trademarked logos.](/images/diagrams/forum-msi-dashboard.jpg) ## Marketability half-life: regime classification The instantaneous MSI reading is one signal. A more diagnostic signal is the *marketability half-life* — the time required for an MSI elevation to compress back to half its peak deviation from the pre-stress baseline. This metric distinguishes between two different classes of substitute-layer stress that look similar in their initial readings. **Definition.** Given an MSI peak of $\text{MSI}^*$ achieved at time $t^*$ and a pre-stress baseline of $\text{MSI}^0$, the marketability half-life $\tau_{1/2}$ is the time required for the MSI to return to: $$\text{MSI}_{t^* + \tau_{1/2}} = \frac{\text{MSI}^* + \text{MSI}^0}{2}$$ A short half-life (weeks) indicates a transient liquidity event whose substrate properties were not actually impaired. A long half-life (multiple quarters) indicates structural impairment that monetary intervention has compressed but not resolved. An infinite or indeterminate half-life — where the MSI does not return to half-peak before a new stress event begins — indicates a permanent regime shift in substitute-layer integrity. **Historical pattern.** Across the four documented post-2008 episodes, the half-life trajectory tells a consistent story: each successive episode has a shorter half-life than the previous one, but the *baseline* MSI level steps up between episodes. The framework's interpretation is that the post-2008 monetary regime has produced progressively shorter MSI half-lives because central-bank intervention has become more aggressive and more rapid — but the half-life compression is purchased at the cost of permanently elevated baseline stress. The mathematical limit of that trajectory is a vanishing half-life with a permanently elevated baseline: the system flickers in and out of acute stress on shorter and shorter timescales while never returning to pre-2008 normalcy. The single most important reading the dashboard provides is therefore not the instantaneous MSI but the *baseline drift* — the rolling mean of the MSI across non-acute periods. That drift is the framework's quantification of the secular saleability decay in the dollar substitute layer, decoupled from any specific event-driven stress. Current half-life decomposition: [/toolkit/marketability-half-life/](/toolkit/marketability-half-life/). ## What the dashboard reveals A live dashboard implementing the above definitions, run continuously, produces several observations that are difficult to surface from any single conventional risk metric. **The structural baseline is elevated and has been drifting.** The MSI baseline is not a function of any specific crisis; the drift is the framework's quantification of the gradual saleability decay across the dollar substitute layer described qualitatively in the previous essays of this series. The drift is observable in multiple components simultaneously, which is the signature of a regime shift rather than a component-specific phenomenon. **The components are not perfectly correlated.** PPP and CCB tend to move together; OTROFF and ENV (where available) tend to move together; RHD tends to lead the others by a meaningful interval. This decomposition is informative because it allows the dashboard to distinguish between *equity-market-driven* stress (which manifests first in OTROFF and ENV), *currency-driven* stress (PPP and CCB), and *funding-market-driven* stress (RHD). The framework's most consistent prediction is that the next major event will be funding-market-driven, and RHD is the component to watch for early warning of that scenario. **The cross-asset signal is consistent when the diagnosis is right.** When the framework's diagnosis is correct, the components elevate together (potentially with characteristic phase lags). When the diagnosis is wrong — when stress is actually idiosyncratic rather than systemic — the components elevate independently. Synchronized elevation across the panel is the configuration the framework treats as confirmation that the underlying phenomenon is substitute-layer decay rather than any specific market-segment dysfunction. ## Limitations and what's still uncertain The framework is honest about what the MSI does and does not capture, and where the live implementation has known weaknesses. **The component weights are empirically estimated from four crisis episodes.** This is a small sample. The weights may not generalize to crisis configurations not represented in the historical record. In particular, a cryptographic-substrate failure of the kind described in [Article 6](/forum/cryptographic-marketability-premium) would manifest in components the historical record does not reflect, and the MSI as currently specified might miss it. The weights should — and will — evolve as more episodes accumulate. **The RHD component is operationally weak for non-institutional implementations.** The best repo-market data is behind paid subscriptions. Public approximations (Fed monthly releases, FHLB advances) are reasonable but lagged and aggregated. A genuinely real-time RHD requires institutional access. Future versions of the framework should explore on-chain repo equivalents (which are publicly observable) as a substitute or supplement. **OTROFF is not yet live.** Per-CUSIP secondary-market yield data is paid-only, and the framework will not publish numbers it cannot defend with reproducible inputs. The component re-enters the composite when a viable data path arrives. **The dashboard does not capture saleability stress in instruments without paper-physical analogs.** Equity markets, for example, do not have a "physical share" analog in the same sense that gold has bullion. The framework's claims about saleability still apply to equity, but the proxies above will not detect equity-specific stress until it propagates into the credit-market or funding-market components. **Thresholds are reference points, not laws.** The threshold levels embedded in the live dashboard are calibrated against historical episodes whose underlying conditions may not exactly recur. The framework treats the MSI as a *trajectory* indicator rather than a *level* indicator: the rate of change and the persistence of elevations matter more than whether a specific threshold is crossed. **The framework's predictions are not falsifiable in any clean Popperian sense.** The MSI predicts that elevated readings precede crisis events, but the *timing* and *specific trigger* of those events are not predicted. A skeptic can always argue that an elevated MSI was a false positive that simply preceded a crisis happening for unrelated reasons. The framework's response is that across multiple historical episodes, the MSI lead-time is consistent enough that the alternative explanation (that all of these events happened to coincide with elevated MSI readings by chance) is implausible. But the framework does not claim more than this. ## The dashboard is the artifact The previous essays of this series produced the conceptual apparatus — Menger's spectrum, Fekete's basis, the decay function, the substitute-layer diagnosis. This essay defines the public face of the instrument that operationalizes that apparatus. The instrument itself — the calibrated weights, the alert thresholds, the half-life decompositions — lives at [/toolkit/mengerian-stress-index/](/toolkit/mengerian-stress-index/) and the component pages linked above, updated continuously and refined as more data accumulates. What the framework treats as proprietary is not the *concept* — Menger and Fekete have a century's claim on that — but the *calibration*: which weights, against which baselines, with which thresholds, produce a useful early-warning signal in 2026 conditions rather than 2008 conditions. That calibration is the work product, and the dashboard is where it lives. --- *With this essay the series has now produced both the diagnostic apparatus (the framework, the proxies, the live dashboard) and the constructive proposals (the housing trilogy, the on-chain assessment). Future essays will return to specific applications as conditions warrant — the next event in the global financial system, the next regulatory development, the next AI-mediated structural change. The framework exists to make sense of those events as they arrive. The dashboard exists to read their early signals. The work continues.* --- # On-Chain Housing Finance: A Mengerian Assessment of the Tokenization Stack in 2026 URL: https://newaustrianeconomics.com/forum/11-on-chain-housing-finance/ Date: 2026-04-30 Author: Jason D. Keys Tags: Fekete, Menger, RWA, tokenization, blockchain, Centrifuge, Figure, Provenance, DeFi, housing finance, real bills Description: The real-world asset tokenization market crossed $18 billion in April 2026. Centrifuge, Figure on Provenance, Goldfinch, and Maple Finance have moved meaningful volumes of mortgages, HELOCs, and real-estate-backed credit on-chain. The question is not whether the technology works — it does — but whether the architecture being built actually satisfies the design principles drawn from Menger and Fekete, or whether it recreates the same fragilities under new vocabulary. The framework gives a precise answer: tokenization improves settlement, not saleability, and the distinction matters more than its enthusiasts admit. # On-Chain Housing Finance: A Mengerian Assessment of the Tokenization Stack in 2026 The constructive proposal in the previous trilogy — that the 30-year mortgage architecture can and should be replaced over a multi-decade transition with a plurality of instruments satisfying specific design principles drawn from Menger and Fekete — generated a predictable response from readers in the crypto-native financial space: *isn't this exactly what real-world asset tokenization is building?* The question deserves a serious answer, not a dismissive one and not a cheerleading one. The RWA tokenization market crossed \$18.6 billion in April 2026, up from \$5 billion fifteen months earlier. Active on-chain private credit reached \$9–10 billion, primarily through platforms like Centrifuge, Maple, and institutional offerings. Real estate tokenization reaches \$2–3 billion across multiple platforms and geographies. Figure is a market leader in consumer credit (HELOCs and mortgages) on the Provenance blockchain. Centrifuge is the market leader in [tokenized private credit] category and has tokenized over \$500 million in real-world assets including real estate loans. The infrastructure is real. The volumes are not yet large relative to the \$14.5 trillion U.S. mortgage market, but they are large enough that the structural questions can no longer be deflected to "wait until adoption catches up." The framework has a precise answer to whether on-chain housing finance constitutes the constructive replacement architecture proposed in [Article 10](/forum/10-honest-housing-finance). The answer is *partially*. Tokenization satisfies several of the design principles cleanly. It fails to address others. And in a few specific ways, it is at risk of recreating the same substitute-layer fragilities that [Article 8](/forum/08-agency-mbs-paper-substitute) identified in the agency MBS market — at higher speed, with less institutional recourse, in a regulatory environment less capable of containing failures when they propagate. This essay walks through the assessment carefully, using the same framework that produced the rest of the series, and arriving at a conclusion that neither the crypto-skeptic nor the crypto-maximalist will find entirely comfortable. ## The first move: distinguishing settlement from saleability The most important intellectual move in any honest assessment of tokenized housing finance is to separate two phenomena that the marketing language of the space conflates relentlessly. **Settlement** is the operational process by which ownership of an asset moves between parties. It includes the mechanics of price discovery, transaction execution, custody transfer, payment, recordation, and dispute resolution. Settlement quality is measurable through specific metrics: time to clear, cost per transaction, divisibility of the unit, transparency of the record, and resilience to counterparty failure. Modern settlement systems range from extremely poor (a real estate transaction in 2026 still typically takes 30–60 days to close, costs 6% in friction, and produces records held in idiosyncratic county-level systems) to extremely good (a U.S. equity trade settles in T+1 with sub-cent friction and centralized depository records). **Saleability**, in Menger's strict 1892 sense, is the property of an asset that determines the conditions under which it can be exchanged at all. Saleability is a function of the asset's intrinsic characteristics — divisibility, durability, transportability, homogeneity, widespread demand, freedom from political weaponization — and the structural relationships between the asset and the market participants who might transact in it. Saleability is what determines whether an asset *clears* under stress, not just whether it can be transferred under normal conditions. These are different properties. A government bond and a single-family home both have settlement infrastructures available to them; the bond's settlement infrastructure is vastly better. But the gap between the two assets in *saleability* is not primarily a function of their settlement infrastructure. It is a function of intrinsic characteristics — the bond is divisible, fungible, and free of weaponization risk; the home is none of these. Even if you gave the home a perfect settlement infrastructure, the saleability gap would persist, because the gap is structural to the assets themselves rather than to the rails on which they trade. Tokenization is, with very few exceptions, a *settlement* improvement, not a saleability improvement. This observation, simple as it is, has not been internalized by most participants in the RWA space. The marketing literature consistently conflates the two. A tokenized real estate position is described as offering "instant liquidity" or "24/7 markets," and the implication is that the underlying property has somehow become a more saleable asset by virtue of its on-chain wrapper. This is wrong, and the on-chain data confirms it. Despite over USD 25 billion in tokenized RWAs brought on-chain, most tokenized assets continue to exhibit low trading volumes, long holding periods, and limited secondary-market activity. The settlement infrastructure has improved. The saleability of the underlying assets has not. When stress arrives — and it has begun to, with stress in the broader private credit market [highlighting] how credit deterioration in underlying loans can affect tokenized products in March 2026 — the settlement improvement does not protect against the saleability problem. The token still represents a claim on an asset that, in Menger's framework, has the same low-saleability characteristics it had before tokenization. This is the framework's first criticism of the maximalist case for on-chain housing finance: it overstates what tokenization changes. The serious case must rest on what tokenization *actually* changes — the settlement layer — and not on a conflation that conceals the persistence of the underlying saleability problem. ![Split-panel contrast on deep navy: left column labeled "Settlement rails" with fast arrow, digital blocks, "T+0 / low friction"; right column labeled "Mengerian saleability (unchanged)" with anchored house icon and low bar graph. Gold dividing line down the center, serif labels, academic tone — explicitly shows tokenization does not move the house icon up the saleability ladder.](/images/diagrams/forum-settlement-vs-saleability.jpg) ## What tokenization genuinely improves Once the settlement-versus-saleability distinction is in place, the genuine improvements of on-chain housing finance become legible. They are real, and they map cleanly onto the design principles laid out in [Article 10](/forum/10-honest-housing-finance). **Settlement speed and cost.** A traditional mortgage origination involves multiple intermediaries — title insurance, appraisal, county recording, escrow, settlement agents — accumulating roughly 2–5% of the loan amount in friction across a 30–60 day window. Tokenization fractures expensive assets into tradable units. Instead of needing \$1 million to access a commercial property, retail investors can start from \$50 — with rental income or bond coupons delivered automatically via smart contracts. Tokenization offers real operational advantages over traditional securitization: 24/7 settlement, fractional ownership, programmable compliance, and global distribution without correspondent banking chains. These are not minor improvements. The settlement infrastructure of traditional housing finance is genuinely poor by 2026 technical standards, and on-chain primitives address the specific operational failures that the legacy system has not been able to fix in five decades of attempted reform. **Transparency of the substitute layer.** [Article 8](/forum/08-agency-mbs-paper-substitute) of this series identified the agency MBS market's central pathology as the *concealment* of the substitute structure inside what appears to be a private market. Households, retail investors, and even most institutional bondholders treat agency MBS as a near-Treasury asset without recognizing the structural commitments that produce its apparent saleability. On-chain finance reverses this concealment by construction. A tokenized credit pool has its underlying claims, default rates, collateral coverage, and risk parameters visible on a public ledger. The substitute structure remains, but it is *visible* — readable in real time by any participant. This is a substantial improvement in the framework's terms, because it allows market participants to evaluate the saleability of the substitute layer directly rather than inferring it from institutional commitments. **Programmable redemption discipline.** [Article 10](/forum/10-honest-housing-finance)'s first design principle was that redemption mechanics must be real and not maintained by institutional commitment alone. Smart-contract-mediated instruments can encode this principle directly. A tokenized real-bills instrument — a short-duration claim on specific productive cash flows — can be programmed to extinguish automatically when the underlying obligation is paid, with the proceeds distributed to token holders without intermediary involvement. The redemption is mechanical rather than discretionary. This is a structural improvement on legacy securitization, where redemption depends on a long chain of trustees, servicers, and intermediaries each of whom can fail or be captured under stress. **Geographic and idiosyncratic risk pricing.** [Article 10](/forum/10-honest-housing-finance)'s fifth design principle was that geographic risk must be priced honestly at the loan level rather than concealed by national pooling. On-chain markets *can* support this in ways the agency MBS architecture cannot, because they are not bound by the regulatory and institutional inertia that produced national underwriting standards. A regional housing pool on Centrifuge or a similar protocol can price its assets according to local conditions, with risk parameters set by the protocol's underwriting logic rather than by a national policy framework. Whether this potential is being realized in 2026 is a separate question — the answer is "not consistently yet" — but the architectural capacity is there. **Equity-share contracts.** [Article 10](/forum/10-honest-housing-finance)'s second proposed instrument was the equity-share co-investment between household and external investor. A \$10 million office building can be divided into one million tokens, each entitling holders to a proportional share of rental income. The same primitive applies to single-family residential equity. Some platforms distribute proportional rental income to token holders, typically in stablecoins on a set schedule. Tokenization is the *natural settlement infrastructure* for equity-share contracts, because the proportional sharing of cash flows and appreciation is exactly what smart contracts are good at automating. The legacy equity-share market (Unison, Point, Hometap) operates with significant settlement friction that on-chain primitives can substantially eliminate. This is the cleanest match between the framework's constructive proposal and what the on-chain stack actually offers. These five improvements are the substantive case for taking on-chain housing finance seriously. None of them is hype. Each is observable in operating protocols today. The framework treats them as genuine progress on specific dimensions of housing finance reform. ## What tokenization does not solve, and what it sometimes makes worse The framework's second-order assessment requires equal honesty about the limitations and failure modes of the on-chain housing finance architecture as it actually exists in 2026. **The oracle problem.** Every tokenized real-world asset depends on an off-chain attestation — typically called an "oracle" — that the underlying asset exists and has the properties claimed. An oracle or attestation service provides regular proof that the underlying asset exists and maintains its expected value. This attestation is a trust layer. It is not eliminated by tokenization; it is relocated. A tokenized mortgage protocol depends on the protocol's attestation that the underlying mortgages exist, are current, and have the LTV ratios claimed. If the attestation fails — through fraud, error, or stress — the on-chain claims become untethered from their off-chain referents in a way that smart contracts cannot detect or correct. This is structurally identical to the failure mode of any paper substitute: the claim and the underlying drift apart, and the holders of the claim discover this only when they attempt to redeem under stress. The framework's observation here is precise: *on-chain primitives do not eliminate trust. They relocate it from institutional intermediaries to oracle providers, smart contract code, and the legal entities that hold the underlying assets.* Whether this relocation improves overall trust quality depends on the specific implementation. Some implementations are genuinely more robust than legacy alternatives; others are less robust. The category as a whole cannot be characterized either way without examining specific protocol architectures. **The legal-recourse problem.** A tokenized mortgage represents a contractual claim on a household's future cash flows, secured by a lien on a home. If the household defaults, the legal process for foreclosure — the actual mechanism by which the underlying collateral is converted into cash — runs through the same county courts, the same judicial procedures, and the same multi-month timelines as any conventional mortgage foreclosure. Default management and workout situations require legal processes that blockchain doesn't simplify. The tokenization wrapper does not change this. It can streamline the on-chain coordination of token holders during a default event, but the off-chain enforcement is identical to legacy mortgage enforcement. This means that the *worst-case saleability* of a tokenized mortgage claim — the value the claim retains under maximum stress, when redemption is being attempted against a defaulted underlying — is bounded by the same legal-recourse mechanisms as legacy mortgage finance. The improvement in the on-chain layer does not propagate down to the underlying enforcement layer. Token holders attempting to claim against a defaulted mortgage pool are subject to the same court delays, the same foreclosure timelines, and the same recovery uncertainties as conventional MBS holders. The wrapper changes the user interface; it does not change the actual recovery process. **The fragility-acceleration problem.** This is the framework's most pointed criticism, and it deserves direct statement. On-chain markets settle faster than legacy markets. When stress arrives, the speed advantage cuts in both directions. A run on a tokenized credit pool can propagate through the on-chain ecosystem in minutes; a run on a legacy MBS market takes days or weeks to develop, allowing institutional intervention to occur. The 2008 agency MBS crisis was contained partly because the speed of market dysfunction was slow enough for the Federal Reserve to organize a \$500 billion purchase program before the substitute layer's saleability had fully decayed. A 2026-equivalent crisis in a fully on-chain housing finance ecosystem would propagate too quickly for any analogous intervention to occur. This is not an argument against on-chain finance. It is a structural observation about its failure mode. Faster settlement is faster in *both* directions. A market that benefits from rapid clearing under normal conditions becomes more dangerous when clearing rapidly produces a coordinated exit. The framework treats this as analogous to the AI-acceleration problem identified in [Article 4](/forum/omo-light-speed-capital-destruction): technology that speeds up a market mechanism does not change the underlying economic dynamics; it compresses the timescale on which those dynamics resolve. **The institutional-capture problem.** The crypto-native vision of on-chain housing finance was originally permissionless — any participant could underwrite, lend, borrow, or trade without intermediary approval. The actual 2026 reality is substantially different. BlackRock's USD Institutional Digital Liquidity Fund (BUIDL) has grown to over \$1.8 billion in assets under management, making it the largest tokenized treasury fund. Institutional capital keeps flowing into RWA as BlackRock, Fidelity, and Franklin Templeton accelerate their on-chain asset programs. Traditional finance giants including JPMorgan, Citigroup, HSBC, and BNY Mellon have launched blockchain-based settlement systems or tokenized asset platforms during 2025–2026. The dominant on-chain housing finance protocols are increasingly populated by the same institutional actors who dominate the legacy substitute layer. The on-chain primitives are being deployed within the institutional structure rather than against it. This is not necessarily bad. Institutional participation brings underwriting discipline, regulatory engagement, and capital depth that the early permissionless DeFi era lacked. But it also means that the on-chain housing finance architecture is *not* developing as the bottom-up Mengerian alternative to the top-down legacy system. It is developing as a parallel infrastructure operated substantially by the same institutions, with similar credit standards, similar systemic exposures, and similar political-economy alignments. The framework's hope that on-chain primitives might enable a genuinely different financial architecture is not being realized in the institutional segment of the on-chain housing finance market — though it remains potentially realizable in the smaller, retail-oriented, more permissionless protocols that operate alongside. ## Where the design principles map cleanly, and where they don't A direct mapping of the on-chain housing finance stack to [Article 10](/forum/10-honest-housing-finance)'s five design principles produces the following assessment. **Principle 1: Redemption discipline must be real.** *Mostly satisfied.* Smart contracts enforce redemption mechanics mechanically. The federal substitute layer is largely absent in tokenized housing finance protocols. However, the oracle problem and the legal-recourse problem mean that "real redemption" is bounded by off-chain enforcement quality, and stress-testing has been limited. **Principle 2: Maturity structure must match economic reality.** *Substantially satisfied.* Most on-chain mortgage and credit protocols issue shorter-duration paper than legacy 30-year mortgages, often in the 5–10 year range, sometimes shorter. Yields in tokenized private credit typically range from 8–15%, reflecting the credit risk and illiquidity premium relative to government debt. The yield structure reflects honest pricing of duration and credit risk in a way that the federally-backstopped legacy market does not. **Principle 3: Risk and reward must align.** *Partially satisfied.* Equity-share contracts on-chain align risk and reward cleanly. Tokenized mortgage debt does not — the household still bears all upside while debt holders bear default risk, the same asymmetry as legacy mortgage finance. The improvement is concentrated in the equity-share segment, which remains a small fraction of total on-chain housing finance volume. **Principle 4: State role must be transparent.** *Substantially satisfied — by virtue of state absence rather than transparent inclusion.* The on-chain housing finance stack operates largely outside the federal credit-enhancement architecture. There is no FHA-equivalent, no agency wrapping, no implicit federal guarantee. This produces the transparency the principle requires, though as a consequence of the state's *absence* from the architecture rather than its visible *presence*. Whether this configuration survives institutional adoption at scale is uncertain. **Principle 5: Geographic risk must be priced honestly.** *Architecturally capable, inconsistently realized.* On-chain protocols can in principle price geographic risk at the loan level. In practice, most current implementations either pool nationally (mirroring the legacy architecture's failure mode) or pool by underwriter rather than by geography. The capacity for honest geographic risk pricing exists in the technology stack but has not been consistently exercised. The aggregate score is mixed. The on-chain stack genuinely advances three of the five principles substantially, partially advances one, and produces ambiguous results on the fifth. This is meaningful progress relative to the legacy architecture. It is not the wholesale solution that maximalist on-chain finance advocates sometimes claim. ## The framework's prediction The Mengerian framework, applied carefully, predicts a specific trajectory for on-chain housing finance over the coming decade. Three observations follow from the analysis above. **First, the on-chain stack will continue to grow rapidly in absolute terms but slowly relative to the total housing finance market.** The settlement-quality improvements are real and will continue to attract incremental adoption. But the saleability of the underlying single-family residential asset class is not changed by tokenization, and the rate of legacy-system displacement is therefore bounded by the rate at which households and capital allocators choose to operate within the on-chain stack rather than the legacy stack. Boston Consulting Group projects the RWA market will reach \$16 trillion by 2030. Even if this projection materializes, on-chain housing finance specifically will be a small fraction of that total — perhaps \$500 billion to \$1 trillion in tokenized housing-related claims by the end of the decade — against a legacy U.S. mortgage market of \$14.5 trillion. **Second, the on-chain stack will experience its first significant stress test before the end of the decade, and the test will be informative.** The architectural improvements will be visible in some failure modes (faster price discovery, more transparent counterparty exposure) and the architectural fragilities will be visible in others (the oracle problem under stress, the speed-of-propagation problem during runs, the institutional-capture problem during regulatory response). The framework cannot predict which protocol or which subsegment will be the trigger. The framework can predict that the test will occur and that the resulting institutional adjustments will substantially shape the architecture's long-term trajectory. **Third, the equity-share segment specifically is the segment most likely to produce structural innovation.** The framework's design principles map most cleanly onto the equity-share contract. The on-chain primitives improve the equity-share contract's settlement infrastructure most substantially. The institutional appetite for equity-share exposure to housing is growing, both retail (households partnering with co-investors) and wholesale (funds seeking real-asset exposure). If any segment of on-chain housing finance produces a genuinely new architecture rather than a recapitulation of the legacy architecture in new vocabulary, it will be the equity-share segment. This is the segment to watch most carefully across the next several years. ## What the framework does not predict It is worth being explicit, again, about what the framework does *not* claim, because the analysis above is sometimes confused with positions it does not actually hold. The framework does not predict that on-chain housing finance will replace the legacy 30-year mortgage architecture in the next decade or even the next two decades. The legacy architecture has too much institutional inertia, too much political-economy support, and too much household embeddedness to be displaced rapidly. The framework treats on-chain finance as one promising vector among several — alongside the historical models discussed in [Article 10](/forum/10-honest-housing-finance) (British building societies, German Bausparkasse, Swiss short-duration mortgages), alongside the equity-share contract category in its legacy form, alongside potential reforms of the agency architecture itself. The on-chain stack is an interesting and potentially valuable vector. It is not *the* answer, and the framework would resist any framing that elevated it to that status. The framework does not endorse any specific protocol or token. The analysis above engages with the structural properties of the on-chain housing finance architecture. It does not constitute investment advice. The fragility-acceleration and institutional-capture observations should be taken seriously as cautions against over-allocation to specific on-chain housing instruments, particularly in an environment where the architecture has not yet been stress-tested at scale. The framework does not assume that the technology stack itself is benign. Smart contracts can encode honest financial relationships; they can also encode the same predatory structures legacy finance has produced, with less recourse for participants harmed by them. The framework's design principles are technology-agnostic. They specify what *kind* of financial relationships should obtain between counterparties; the technology used to implement those relationships is secondary. On-chain housing finance can satisfy the design principles or violate them, depending on the specific protocol design. Anyone evaluating a specific protocol should run the design-principle audit on that protocol's actual mechanics rather than relying on the on-chain wrapper as a proxy for compliance. ## The Mengerian closing Menger's framework anticipated a market for monetary and quasi-monetary instruments characterized by ongoing competition, gradual selection of more saleable forms over less saleable ones, and emergent convergence on dominant instruments through millions of individually rational decisions rather than top-down design. The on-chain housing finance ecosystem of 2026, with hundreds of protocols competing across multiple chains, with permissionless innovation continuously producing new instrument types, with capital flowing toward the protocols that demonstrate honest properties and away from those that don't, looks substantially more like the Mengerian process than the legacy architecture does. This is the strongest case for taking the on-chain stack seriously, and it is a case the framework genuinely endorses. *The institutional architecture of the legacy housing finance system was designed top-down by federal policy in the 1930s and ratified by subsequent legislation. The architecture of on-chain housing finance is being designed bottom-up by competing protocols subjecting their design choices to capital-allocation discipline.* These are different processes, and the framework predicts that the bottom-up process will produce, on average, more honest financial structures than the top-down process — for the same reasons Menger predicted that bottom-up monetary processes would produce more saleable instruments than top-down ones. But the framework also predicts that the bottom-up process will produce many failures along the way, that the failures will cluster in protocols that violate the design principles, and that the institutional-capture pressure will be substantial as on-chain finance reaches scale. The trajectory is not a smooth ascent toward better architecture. It is a turbulent process of trial, failure, learning, and gradual selection, with significant capital lost at each stage by participants who cannot distinguish between protocols that satisfy the design principles and protocols that merely market themselves as if they do. The household evaluating its own housing finance options in 2026 should treat on-chain finance the same way the framework treats every novel financial instrument: as a vector requiring direct evaluation against the design principles, with no presumption of compliance based on the wrapper, and with healthy skepticism toward marketing language that conflates settlement improvements with saleability improvements. The on-chain stack will produce some genuinely improved housing finance arrangements over the coming decade. It will also produce many arrangements that are no better than the legacy architecture and some that are worse. Distinguishing between them requires the framework. The framework is what this series exists to provide. What is genuinely encouraging about the 2026 on-chain landscape is that it represents the first sustained *bottom-up experiment* in housing finance architecture in nearly a century. The post-1934 American architecture has been refined repeatedly, but it has never been subjected to genuine architectural competition. The on-chain stack is the first competitor with enough capital, enough technical capacity, and enough operational maturity to constitute a real alternative. Whether it ultimately produces the constructive replacement the previous trilogy described is uncertain. That it has *opened the design space* in a way no other development has done in 90 years is not. This is the Mengerian observation worth ending on. Money emerged through competition among instruments of varying saleability, with the most saleable winning out over time. Housing finance architecture, after a 90-year monopoly of the post-1934 model, is finally entering a competitive phase. The framework expects honest architectures to emerge from this competition, just as Menger expected honest money to emerge from the analogous competition in the monetary domain. The next decade will tell us whether the expectation is correct. The framework will be ready to evaluate the answer when it arrives. --- *This essay extends the constructive proposal of the Housing Trilogy into the specific question of on-chain housing finance. The next essay in the series turns from housing back to the broader monetary framework, with a constructive technical project: the actual computational dashboard implementing the decay-function proxies first proposed in [Essay 3](/forum/decay-function-of-marketability). Where this essay has been a structural assessment, the next will be a working specification for measuring the New Austrian framework's diagnostic signals in real time.* --- # Honest Housing Finance: What Replaces the 30-Year Mortgage Under a Sound Monetary Regime URL: https://newaustrianeconomics.com/forum/10-honest-housing-finance/ Date: 2026-04-29 Author: Jason D. Keys Tags: Fekete, Menger, housing finance, building societies, Bausparkasse, real bills, sound money, design, constructive Description: If the post-1971 housing finance architecture is exhausted — if the agency MBS substitute layer cannot extend much further, if the boomer trade cannot be replicated, if the Mengerian saleability of the underlying asset is structurally low — then what replaces it? This essay applies the New Austrian framework constructively, drawing on historical building societies, contractual savings systems, and modern digital clearing primitives to sketch the architecture of household housing finance suitable for a post-fiat era. # Honest Housing Finance: What Replaces the 30-Year Mortgage Under a Sound Monetary Regime The first two essays of this trilogy established the diagnosis. The American single-family home scores at the bottom of Menger's saleability spectrum. The 30-year mortgage that finances it is a 90-year-old policy construction whose continued operation depends on a \$9 trillion substitute layer of agency mortgage-backed securities, themselves dependent on continuous central-bank intervention. The half-century of housing-price appreciation that defines the cultural memory of American homeownership was the product of a specific monetary regime — closed gold window, sustained Cantillon-effect inflation, a 16-percentage-point rate decline from 1981 to 2021 — that cannot be replicated. The boomer trade is a one-time event. The substitute structures that supported it are now compressing under the dual pressures of inflation-induced rate normalization and the demographic exhaustion of the buyer cohort. A diagnosis without a constructive answer is not analysis. It is complaint. This essay attempts the constructive answer. The question I want to take seriously is: *if the post-1971 architecture is exhausted, what replaces it?* The answer cannot be a return to pre-1934 conditions; the demographic, financial, and political-economy environment of 2026 is too different from 1933 for any direct revival of the pre-FHA mortgage market to be useful as a model. The answer also cannot be a maximalist gold-standard restoration; whatever the merits of that case, it is not a near-term policy reality, and any housing finance architecture that depends on it is academic rather than practical. The answer the framework actually points toward is more modest and more achievable. There are *historical* models of housing finance that operated successfully without the 30-year mortgage architecture, in monetary regimes considerably more disciplined than the current one. There are *modern* primitives — clearing instruments emerging from the compute economy, decentralized cryptographic settlement, equity-share contracts — that didn't exist when the historical models matured. And there are *Austrian* design principles, drawn directly from Menger and Fekete, that can guide the synthesis. Combining the three gives a credible sketch of what honest housing finance might look like in a post-substitute-layer world. The proposal in this essay is not a complete blueprint. It is a set of design principles and concrete instrument types that demonstrate what the New Austrian framework actually advocates for housing finance — beyond the narrow critique of what currently exists. The goal is to show that "sound money for housing" is not a slogan but a design exercise with specific structural commitments. ## Five design principles drawn from the framework Before sketching specific instruments, the framework imposes five design constraints that any honest housing finance architecture must satisfy. Each is drawn directly from Menger or Fekete; together they define the design space. **Principle 1: Redemption discipline must be real.** Fekete's most consistent demand was that paper substitutes for monetary or near-monetary goods must remain tethered to their underlyings through *real* redemption mechanics, not through institutional commitments alone. Applied to housing finance, this means that any paper claim issued against a household's mortgage must be redeemable through mechanisms that do not depend on permanent central-bank backstopping. The current agency MBS architecture fails this test. An honest replacement must allow paper claims to fail when the underlying conditions warrant — and the system must be designed so that such failures are localized rather than systemic. **Principle 2: The maturity structure must match the economic reality of the underlying.** Fekete's real-bills framework demanded that clearing instruments mature on the natural timescale of the productive economic activity they finance. A 91-day bill matched the time required for goods to move from producer to consumer. A 30-year mortgage matches no natural economic timescale. Households do not have 30-year planning horizons; they have 5–15 year planning horizons, and most refinance or move within that window anyway. Honest housing finance should issue debt on natural household timescales, with explicit refinancing mechanics rather than implicit assumptions about future rate environments. **Principle 3: Risk and reward must align between counterparties.** The current architecture transfers default risk almost entirely to the federal government (via FHA insurance and agency credit enhancement) while leaving upside appreciation entirely with the household. This asymmetry is the source of much of the system's distortive behavior. Honest housing finance requires that whoever bears the downside risk also share in the upside return. This points directly at equity-share instruments, which have been quietly maturing in the private market since the 2010s and which the framework treats as structurally superior to debt-only financing for an asset like housing. **Principle 4: The state's role must be transparent rather than concealed.** The current architecture has an enormous state presence — FHA, Fannie, Freddie, Ginnie, the Fed's MBS holdings, GSE conservatorship, the implicit federal guarantee — but the presence is structurally concealed inside private-market instruments. Households who buy 30-year mortgages do not understand that they are participating in a fundamentally state-supported market. Honest housing finance either substantially reduces the state's role or makes it explicit. Sweden's state-issued housing bonds, used to finance public housing during the 1950s–1990s, are an example of explicit state finance. The current American system is hybrid in the worst way: pervasively state-supported but marketed as private-market. **Principle 5: Geographic and physical constraints must be priced honestly.** Housing's worst Mengerian saleability characteristic is its non-transportability — the home is fixed in space, and its value is hostage to the economic fate of one specific location. The current mortgage architecture systematically under-prices this risk through nationally-uniform underwriting standards that treat a \$400,000 home in Cleveland and a \$400,000 home in Phoenix as actuarially equivalent. They are not. Honest housing finance must price geographic risk at the loan level, not paper over it with national pools and federal credit enhancement. These five principles do not prescribe a single architecture. They define the design space within which multiple specific architectures could work. The instruments below are concrete attempts to satisfy the principles. ![Triptych infographic on navy: panel 1 "Contractual savings" with piggybank-to-house dotted arrow referencing Bausparkasse; panel 2 "Equity-share" split pie chart homeowner / investor; panel 3 "Regional housing bond" map pin and coupon strip. Thin gold dividing lines, serif captions, restrained classical palette cream and gold — design brief for honest housing instruments, no corporate logos.](/images/diagrams/forum-honest-housing-three-pillars.jpg) ## The historical models worth studying Before proposing new instruments, it is worth noting that two existing models operate today, in major economies, with structural features the framework finds attractive. **The British building society model** dates to 1775 and produced substantial homeownership in the United Kingdom for 150 years before any FHA-equivalent existed. Building societies were mutual organizations: members deposited savings into a collective pool, and members borrowed from the same pool to purchase homes. The borrower-as-saver and saver-as-borrower structure aligned interests. Loans were typically 5–15 year terms, not 30. Default rates were low because the local-membership structure created social-enforcement incentives that abstracted national mortgage pools cannot replicate. The model declined in the late 20th century as building societies converted to commercial banks during the 1980s–1990s deregulation wave, but the cooperative/mutual model demonstrably worked at scale for a long time. **The German Bausparkasse model**, formalized in the 1920s and continuously operated since, is a contractual-savings system in which the household saves at a fixed schedule for a defined period (typically 7–10 years), accumulating roughly 40–50% of the eventual home purchase price. At the end of the savings phase, the household receives a low-fixed-rate loan from the same institution for the remaining 50–60% of the purchase price, typically on a 10–15 year term. The savings rate and loan rate are *set in advance, in the contract*, and the institution manages its book by matching saver inflows to borrower outflows. The system produces high homeownership rates in Germany without an FHA-equivalent or an agency MBS market. The Bausparkasse is the closest existing institutional model to what the New Austrian framework would design from scratch. **The Swiss mortgage market** operates on shorter-duration mortgage paper (typically 5–10 years), continuously rolled, with substantially higher down-payment requirements (33%+) than the American system, and with explicit recourse against the borrower's other assets in default. The result is a system in which homeownership rates are actually *lower* than in many countries (Switzerland's 42% homeownership rate is among the lowest in the OECD), but in which housing markets are far more stable across cycles, and in which households who do own homes have substantially less financial fragility than American homeowners. The Swiss model demonstrates that housing finance can be conducted on honest terms even within a still-fiat monetary regime, at the cost of lower headline homeownership rates. None of these models is perfect. None is directly transplantable to the American context. But each demonstrates that the 30-year fixed-rate fully-amortizing mortgage with national pooling and federal credit enhancement is *not* the only way to finance household housing. It is one specific historical configuration whose structural problems have become increasingly visible. Better configurations exist and have been demonstrated. ## Instrument 1: the household contractual savings instrument The first instrument of the proposed architecture is a direct adaptation of the Bausparkasse model, with modern digital primitives layered in. A household enters a contractual savings agreement at the start of its housing accumulation phase — typically in the late 20s or early 30s. The household commits to a defined monthly savings contribution, denominated in a stable unit of account (the dollar, until something better is available). The savings accumulate in a pooled fund managed by a non-profit or mutual organization, alongside the savings of other households at similar life stages. The fund earns interest at a rate set in the contract, paid in part from the loan interest the same fund will eventually charge the household when it transitions from saving to borrowing. After a defined accumulation period — 7 years for a partial down payment, 10 years for a full one — the household is eligible to borrow from the same fund for home purchase. The loan rate is also set in the contract, also typically below the prevailing market rate (because the fund's cost of capital is its own savers, not external bondholders). The loan term is short — 10 to 15 years rather than 30 — because the household has already accumulated substantial equity through the savings phase. The features that satisfy the framework's principles: - **Redemption is real.** The fund's loans are funded by its own savers, not by external paper claims. There is no substitute layer between household and counterparty. Defaults reduce the fund's loan book; they do not transmit to a national MBS market. - **Maturity matches reality.** The household's planning horizon and the loan duration align. A 10-year mortgage with explicit 5-year refinancing windows is closer to actual household behavior than a 30-year amortization that 90% of households break before maturity. - **The state's role is minimal and explicit.** The fund is regulated as a financial institution but does not require federal credit enhancement. Households who participate understand they are participating in a private mutual structure, not a federally-backed system. - **Geographic risk is priced at the fund level.** Funds organized regionally — at the metro or state level — bear the risk of their local market and price loans accordingly. National diversification is achievable through inter-fund relationships, but the underlying risk pricing is local. The modern primitives that make this more interesting than the 1920s Bausparkasse: digital settlement (the savings phase can be operated with continuous, low-friction contributions through automated systems), smart-contract enforcement (the contractual terms can be enforced on-chain rather than through paper agreements), and tokenized savings claims (a household's accumulated savings can be partially liquid through a secondary market in claims, without breaking the underlying fund's structural integrity). ## Instrument 2: the equity-share co-investment The second instrument addresses the third design principle directly. Rather than debt with embedded inflation-bet characteristics, the household and a co-investor purchase the home together as equity partners. A household buying a \$400,000 home contributes \$40,000 (10%). A co-investor — typically an institutional investor seeking real-asset exposure, but plausibly a family member, a private fund, or a regional housing investment vehicle — contributes a further \$40,000 to \$120,000 (10% to 30%). The remainder is financed conventionally, but at substantially reduced loan-to-value ratios that significantly de-risk the debt portion. The co-investor receives a proportional equity claim on the home. When the home is sold, the proceeds are split according to the equity shares. Several private-market firms (Unison, Point, Hometap, Splitero, and others) have been operating equity-share contracts in the U.S. market since the mid-2010s. The volumes are still small relative to the conventional mortgage market — collectively perhaps \$5–10 billion in originations annually — but the structure has been refined and demonstrably works. The framework treats this instrument category as one of the most promising near-term reforms because it does not require any monetary-regime change to operate, but it produces substantially better risk-alignment characteristics than debt-only financing. The features that satisfy the framework's principles: - **Risk and reward are aligned.** The co-investor shares in both downside and upside. If the home depreciates, both parties absorb the loss proportionally. If it appreciates, both parties capture gain proportionally. The asymmetric structure of debt-financed homeownership — household captures all upside, government absorbs downside through default insurance — is replaced with proportional sharing. - **The household's leverage is reduced.** With co-investor capital, the conventional mortgage portion drops to 60–80% LTV, with corresponding reductions in default risk and the systemic exposures that flow from high-LTV lending. - **Redemption is real.** The co-investor's claim is on the equity in a specific home, not on a paper substitute. There is no MBS-style intermediation layer to fail. The current limitation of equity-share instruments is that they are taxed and regulated unfavorably relative to mortgage debt. The mortgage interest deduction subsidizes debt financing; equity-share contracts have no equivalent benefit. Reforming the tax code to treat equity-share contracts neutrally — or, more aggressively, to *favor* them over debt — would substantially expand the instrument category. This is a near-term policy intervention that the framework specifically endorses, because it does not require any monetary regime change to produce a meaningful improvement in housing finance integrity. ## Instrument 3: the regional housing bond The third instrument addresses the fourth and fifth design principles by creating a genuinely local, geographically-priced housing finance vehicle. A regional housing finance authority — organized at the metro or state level, governed by a combination of local elected officials and private representatives — issues bonds to private investors specifically to fund mortgage origination within its region. The bonds carry no federal guarantee. Their interest rates and credit spreads reflect the underlying economic conditions of the region: its employment base, demographic trajectory, supply-elasticity, climate exposure, and other factors specific to local housing market conditions. The authority uses bond proceeds to originate mortgages in its region, holding the loans on its own balance sheet rather than securitizing them into national pools. Loan terms are determined by the authority's analysis of local conditions, typically with shorter durations (10–15 years) than the current national standard. Default risk is borne by the bond investors directly, with the authority's underwriting standards calibrated to keep default rates within tolerances acceptable to its bond market. The features that satisfy the framework's principles: - **Redemption is real and local.** Bond investors bear the actual risk of the regional housing market. The implicit federal guarantee is removed. Regional underperformance produces regional bond losses, not national systemic effects. - **Geographic risk is priced honestly.** A region with declining population, climate exposure, or employment instability pays a higher cost of capital. A region with growing population and stable economic fundamentals pays a lower cost. Households in different regions face mortgage rates that reflect their actual local conditions, rather than the nationally-averaged rate that the current system produces. - **The state's role is local and explicit.** The regional authority is a public body, but its activities are bounded by its bond-market discipline. It cannot issue mortgages that its bond investors will not fund. The discipline is structural rather than political. This instrument is a substantial departure from the current national housing finance system. It would not coexist easily with Fannie Mae and Freddie Mac in their current forms; if regional housing bonds operated at scale, the national agencies would need to be wound down or substantially restructured. The framework treats this as a feature rather than a bug. The agencies' current structure is precisely the one the framework identifies as most fragile. Replacing them with regional structures that bear actual market risk is the substantive reform the framework points toward. ## The transition problem Any honest constructive proposal must address the transition problem: how do we get from the current architecture to the proposed one without producing a housing-market collapse along the way? The framework treats this as the most consequential practical question in any reform proposal. The current architecture, however structurally flawed, is the price-support mechanism for the largest asset class in American household balance sheets. Removing it abruptly would produce a housing-price decline of unprecedented magnitude and would impair the wealth position of nearly two-thirds of American households. No policy reform that ignores this constraint can be politically viable. The transition path the framework points toward is a gradual *layering*, not a substitution. New origination flows progressively over time toward the new instruments — through tax incentives, regulatory accommodation, and institutional capacity-building — while the legacy 30-year/agency-MBS architecture is allowed to run off naturally as existing mortgages mature, refinance, or are replaced. Over a 20–30 year transition, the new architecture grows from marginal to dominant, while the legacy architecture shrinks from dominant to marginal. The specific transition mechanisms: **Tax neutrality between debt and equity-share financing**, implemented as a near-term reform. This shifts marginal new originations toward equity-share structures without disrupting existing mortgages. **Regulatory accommodation for contractual savings institutions**, allowing Bausparkasse-style organizations to operate under U.S. financial regulation. Several attempts to introduce this model have been made and have failed for regulatory reasons; the framework treats this as a relatively small reform with potentially large structural consequences. **Phased reduction of agency credit enhancement**, beginning with high-balance loans and progressively extending to median-priced loans over time. This allows market participants to adjust to a higher cost of capital gradually rather than abruptly. **Federal Reserve balance-sheet runoff in agency MBS**, completed over a decade rather than maintained indefinitely. The framework recognizes that the Fed cannot exit MBS holdings rapidly without producing duration-crisis dynamics; a slow runoff combined with the gradual emergence of alternative architectures is the realistic path. **Regional housing bond authorities established in supportive state jurisdictions first**, allowing the model to demonstrate viability before being rolled out nationally. States with strong municipal-bond traditions and stable fiscal conditions are the natural early adopters. This transition path is gradual by design. It does not produce dramatic results in any single year. Cumulatively, across two or three decades, it produces a fundamentally different housing finance architecture — one that aligns with the framework's design principles — without requiring the disruption that an abrupt substitution would entail. ## What the framework does not advocate It is worth being explicit about what the New Austrian framework does *not* advocate, because the constructive proposal above is sometimes confused with positions the framework does not actually hold. **The framework does not advocate for a return to the pre-1934 mortgage market.** The 3-to-5 year balloon mortgage was not a stable instrument; the Great Depression demonstrated this conclusively. The framework's critique of the post-1934 architecture is not nostalgic. **The framework does not advocate for the elimination of homeownership.** Housing is a legitimate consumption good with real consumption utility. The framework critiques the *financialization* of housing as a wealth-storage instrument, not the household decision to own a place to live. A household that buys a home with eyes open about its actual properties is making a defensible decision; the framework's complaint is with the cultural and institutional architecture that obscures those properties. **The framework does not advocate for rapid restoration of a gold standard or any specific monetary regime.** The constructive housing finance proposal above is designed to operate within the existing fiat regime. It would operate better under a more disciplined monetary regime, but it does not require one. This is deliberate. Constructive proposals that are conditional on monetary-regime change have effectively no near-term policy purchase. **The framework does not advocate for ending federal involvement in housing.** Federal involvement in housing has produced real benefits, including substantially expanded homeownership across multiple generations. The framework's critique is that federal involvement has been *concealed* inside private-market instruments rather than made explicit, and that the concealment has produced systemic fragility. The constructive proposal makes federal involvement smaller and more transparent rather than zero. The proposals in this essay are reformist rather than revolutionary. They aim at making housing finance more honest within the constraints of the current political economy, not at producing a libertarian utopia. The framework treats this as the appropriate stance because the framework's diagnostic value is in identifying structural risks; its constructive value is in proposing reforms that mitigate those risks within achievable institutional limits. ## What sound housing finance produces If the architecture sketched above were to displace the current system over a multi-decade transition, what would the resulting housing market look like? **Home prices would more closely track wage growth and underlying productive economic conditions.** The Cantillon-effect inflation that drove much of post-1971 home-price appreciation would be substantially attenuated, because the credit-supply expansion mechanism would no longer be funneled through a federally-guaranteed national MBS architecture. Real home-price appreciation would approach the long-run productive growth rate of the economy, in the range of 1–2% annually rather than the 4%+ of the recent past. **Homeownership rates would likely decline modestly.** The Swiss model demonstrates that a more disciplined housing finance system tends to produce lower homeownership rates than the American system, because the qualifying thresholds for borrowing are higher and the cultural expectation of universal homeownership is correspondingly weaker. A future U.S. homeownership rate of 60% (down from 65.4% in 2026) would be the realistic outcome. **Housing-related financial fragility would decline substantially.** Without the substitute layer's vulnerability to duration crises, without the SVB-style mark-to-market exposure to mortgage portfolios, without the GSE conservatorship overhang, the financial system would be less exposed to housing-market dynamics. Banking crises with housing-market triggers — the modal financial crisis of the post-1971 era — would become structurally less likely. **The intergenerational wealth transfer mechanism would slow.** Without continuous Cantillon-effect home-price appreciation, the asset-price-to-wage divergence that produced the boomer windfall would compress. Younger cohorts would pay less for housing relative to their earnings; older cohorts would capture less appreciation on their housing positions. The differential cohort-level outcomes would more closely reflect the actual productive contributions of each cohort rather than their differential proximity to a specific monetary regime change. **The psychological relationship between Americans and housing would change.** The cultural treatment of the home as the central wealth-building asset of normal life — the foundation of the American Dream as currently understood — would weaken. Households would invest in liquid diversified portfolios for wealth accumulation, and would treat the home as a consumption good with optional ownership advantages, rather than as a leveraged macro position with consumption-utility benefits. The last consequence is not a small one. The cultural narrative around housing is partially a reflection of the substitute layer that has supported it, and partially a driver of the political-economy conditions that have allowed the substitute layer to grow. As the architecture changes, the narrative changes. As the narrative changes, the political-economy support for further substitute-layer extensions weakens. The reinforcing dynamic that has sustained the post-1971 housing regime begins to attenuate. ## The Mengerian closing Menger argued that money emerges spontaneously, from the bottom up, through the individual decisions of countless traders to accept progressively more saleable goods in exchange for less saleable ones. He was emphatic that money is not a state institution by origin, even when states ratify or modify what has emerged. The same principle applies, with appropriate modifications, to the financial instruments that mediate household ownership of low-saleability physical assets. The 30-year mortgage was not a Mengerian instrument. It did not emerge spontaneously. It was designed by federal policy in the 1930s to address a specific Depression-era political-economy problem. It worked, on its own terms, for a specific set of conditions. Those conditions are now exhausted. The framework predicts that what replaces it, if anything does, will be a *plurality* of instruments rather than a single dominant product — because the underlying economic realities of household housing finance vary across regions, life stages, and risk preferences in ways that no single instrument can serve well. This pluralism is itself the Mengerian outcome. A bottom-up housing finance market would not converge on a single dominant product; it would offer households a menu of structurally different instruments suited to different circumstances, and households would select among them based on their specific situations. The contractual savings instrument, the equity-share co-investment, the regional housing bond, and the conventional mortgage in its honest form (shorter, fully-private, geographically-priced) would coexist as alternatives. This is what *honest* housing finance looks like under the framework. It is not the elimination of the mortgage. It is the elimination of the *artificially uniform, federally-supported, substitute-layer-dependent* mortgage architecture, replaced by a plurality of instruments each of which carries honest pricing and honest risk allocation between counterparties. The framework cannot predict whether this transition will happen in the next two decades, the next five decades, or not at all. The framework can predict that the current architecture is approaching the structural limits of its expansion phase, and that *something* will have to change — either because the substitute layer fails under stress and forces an emergency reform, or because political pressure from the post-2021 cohort eventually produces a constructive reform process. Both paths lead to similar destinations. The constructive path is preferable, for obvious reasons. The work of designing the destination — of moving from diagnostic critique to constructive proposal — is what the New Austrian framework's housing trilogy attempts to begin. The proposals above are sketches, not blueprints. The serious work of converting them into operational financial instruments, regulatory frameworks, and institutional structures is the labor of a generation. But the framework provides the design discipline. The historical models provide proof-of-concept. The modern primitives — digital settlement, smart-contract enforcement, equity-share contracts, tokenized claims — provide implementation tools that the architects of the 1930s did not have. The combination is sufficient to begin the work. Menger and Fekete gave us the diagnostic tools. The post-1971 housing experiment gave us the empirical evidence that the existing architecture is exhausted. The next several decades will produce, one way or another, the institutions that succeed it. The framework's contribution is to ensure that what succeeds it is built on honest foundations — instruments whose redemption is real, whose maturity matches reality, whose risk and reward are aligned, whose state involvement is transparent, and whose pricing reflects actual local conditions. This is the constructive case for the New Austrian Economics applied to American housing. It is not a slogan. It is a design exercise with specific instruments, specific historical precedents, specific transition mechanisms, and specific predicted outcomes. The framework, at its best, is more than critique. It is the beginning of a serious answer to the question of what comes next. --- *This concludes the Housing Trilogy of the New Austrian Economics series. The trilogy has moved from structural critique (essay 8 on agency MBS as paper substitutes) through empirical observation (essay 9 on the boomer trade as one-time windfall) to constructive proposal (this essay). Future work in the series will return to the broader monetary and financial questions raised in the original six essays, with periodic application to specific policy questions as conditions warrant.* --- # The Boomer Trade: A One-Time Monetary Windfall and Why It Cannot Be Replicated URL: https://newaustrianeconomics.com/forum/09-boomer-trade-one-time-windfall/ Date: 2026-04-28 Author: Jason D. Keys Tags: Fekete, Menger, intergenerational, boomers, housing, Cantillon effect, 1971, monetary regime, Federal Reserve Description: Between 1971 and 2021, the American homeowner cohort participated in a 50-year monetary regime characterized by a closed gold window, sustained inflation, and a 16-percentage-point fall in interest rates. The wealth transfer this produced — from younger workers to housing asset holders, mediated by the dollar's debasement — was the largest peacetime intergenerational redistribution in U.S. history. It cannot be repeated. The post-2021 cohort is being asked to pay out the windfall at terms the underlying economic reality cannot support. # The Boomer Trade: A One-Time Monetary Windfall and Why It Cannot Be Replicated A worker born in 1950 who purchased a first home in 1980 paid roughly \$66,000 for a property whose 2026 successor sells for \$408,800. Stated as a nominal return, that is a 6.2x appreciation over forty-five years. Stated as a CAGR, it is approximately 4.1% annually — modest by equity-market standards. Stated against the median household income of the same period — which rose from approximately \$22,400 in 1981 to \$80,734 in 2026, a 3.6x nominal expansion — it is the largest sustained outperformance of any major asset class against the underlying earning capacity of the workforce that would eventually have to bid for it. This pattern was not the result of housing's intrinsic productive value. The bricks did not become more productive. The land did not generate more income. What happened was a 50-year monetary regime change whose specific mechanics produced an enormous and largely one-directional wealth transfer from younger workers to older asset holders, with housing as the principal vehicle. The transfer was real. It was also exceptional. The conditions that produced it have now reversed in every dimension that matters, and the cohort entering the housing market in 2026 is being asked to pay out the windfall at terms that the underlying economic reality cannot sustain. This essay is not a generational complaint. It is a structural analysis. The boomer cohort did not engineer the monetary regime that produced their housing windfall. They were, in the most literal sense, in the right place at the right time during the most expansionary phase of the post-1971 fiat experiment. The windfall accrued to them not because of any choice they made beyond participation. The corresponding burden on the post-2021 cohort is not a moral wrong inflicted by the boomers. It is the *back side* of the same monetary mechanism, working its way through the system. The framework relevant to seeing this clearly is the same framework that runs through the rest of this series: Menger's saleability spectrum and Fekete's analysis of how paper substitutes behave in the long arc of monetary regime change. Applied carefully, it produces an analysis sharper than the conventional generational-warfare narrative and considerably more useful as a guide to what the next several decades will actually look like. ## The 1971 inflection The relevant starting date for the boomer housing trade is not 1946 (when the cohort began being born) or 1964 (when its youngest members were born). It is August 15, 1971 — the day President Nixon closed the gold window, ending the dollar's last formal redeemability into a commodity money and inaugurating the pure-fiat regime that has run continuously for 55 years. Before 1971, the U.S. monetary system operated under a constraint, however imperfect. Foreign holders of dollars could exchange them for gold at a fixed price (\$35 per ounce, established in 1934). The constraint was not a strict gold standard — domestic redeemability had ended in 1933 — but it imposed a discipline on monetary expansion that mattered. When dollar issuance outpaced gold reserves, foreign holders could and did redeem, draining U.S. gold stocks. The 1971 closure was a response to exactly this dynamic: U.S. gold reserves had fallen from roughly 20,000 tons in 1950 to approximately 8,500 tons by 1971, and the run-rate of redemption made the formal arrangement unsustainable. The closure removed the last external check on monetary expansion. From 1971 forward, the dollar's purchasing power was determined entirely by the policy choices of the Federal Reserve and the Treasury, with no external commodity reference. The consequences for prices were immediate and sustained. Between 1971 and 2026, the U.S. Consumer Price Index rose by approximately 670%. The same dollar that bought a basket of goods in 1971 buys roughly 13 cents of that basket today. By any conventional measure, the post-1971 dollar has been one of the most rapidly debased major reserve currencies of the 20th and 21st centuries. This is not a controversial observation. The Federal Reserve does not dispute it. The official inflation-targeting framework of the post-1996 Greenspan era explicitly accepted 2% annual inflation as a policy *goal* — an explicit commitment to continuous monetary debasement that compounds to a halving of purchasing power roughly every 35 years. The 1971 inflection moved the system from a regime of monetary discipline (however imperfect) to a regime of policy-targeted continuous debasement. The boomer cohort entered its prime asset-accumulation years inside this new regime. ![Cantillon-era timeline chart from 1971 to 2026 on deep navy ground: CPI curve rising, long-bond nominal yield peaked near 1981 then drifting down annotated "16 ppt decline," shaded band labeled "Housing leveraged against debased dollars." Gold accent lines, serif axis labels "Year" and "Normalized index." Scholarly infographic, not nostalgic — analytical cold tone.](/images/diagrams/forum-boomer-regime-timeline.jpg) ## The mechanism of the transfer The mechanism by which post-1971 monetary expansion transfers wealth from younger workers to older asset holders is what economists call the *Cantillon effect*, after the 18th-century banker Richard Cantillon, who first articulated it in his *Essay on the Nature of Trade in General* (1755). New money does not enter the economy uniformly. It enters at specific points — typically through the banking system, through bond markets, through the institutions closest to the central bank's primary dealer relationships — and propagates outward over time. The first holders of newly-issued money spend it before prices have adjusted. The last holders spend it after prices have adjusted. The first holders therefore capture a real benefit; the last holders bear a real cost. The mechanism is not a tax in any formal sense, but the redistributive effect is identical to a tax — and it operates continuously, in proportion to the distance each economic actor sits from the point of money issuance. In the post-1971 American economy, this mechanism worked through a specific chain. New money entered through the Federal Reserve's open-market operations, primarily by purchasing Treasury securities from primary dealer banks. The banks expanded credit, much of it secured against real estate, propagating the new money through the mortgage market. Asset prices — including home prices — rose first, because asset markets are the closest receivers of the credit expansion. Wages and consumer prices rose more slowly, because wage and consumer-price markets are further from the point of issuance. The result, sustained across five decades, was a continuous outperformance of asset prices against wage growth. A worker who held assets at the start of the period captured the full Cantillon benefit. A worker who would acquire assets later in the period had to bid for them with wages whose growth had lagged the asset-price growth produced by the same monetary mechanism that had inflated those assets. The earlier the entry, the larger the captured benefit. The later the entry, the larger the bid required. For housing specifically, this mechanism was amplified by the leverage embedded in the 30-year mortgage. A boomer who purchased a \$66,000 home in 1980 with 20% down put \$13,200 of equity at risk against a \$52,800 mortgage. As the home appreciated to \$400,000+ across the next 45 years, the equity claim grew accordingly, while the mortgage debt was repaid in dollars whose purchasing power had been continuously debased. The leverage multiplied the Cantillon gain. The same leverage applied in reverse to the cohort that would eventually have to acquire the property at the inflated price would not produce a symmetric loss — because the eventual buyer is not paying with debased dollars from the past, but with current-period earnings against current-period prices. The asymmetry is the source of the wealth transfer. ## The interest-rate dimension Cantillon-effect inflation is one mechanism. The interest-rate cycle that ran from 1981 to 2021 is the second, and arguably the more powerful one for housing specifically. In October 1981, the 30-year fixed-rate mortgage in the United States peaked at approximately 18.45%. This was the high water mark of the Volcker era, when the Federal Reserve had committed to crushing inflation regardless of the short-term economic cost. From that peak, mortgage rates fell — with periodic counter-trend rallies — for the next forty years, reaching a trough of 2.65% in January 2021. The cumulative decline was 15.8 percentage points across four decades. The implications for housing were structural. Every basis-point decline in long-term rates produced a proportional increase in the home value that any given monthly payment could support. A worker in 1981 borrowing \$66,000 at 18% paid roughly \$993 per month in principal and interest. A worker in 2021 with the same \$993 monthly payment capacity could borrow approximately \$246,000 at 2.65% — a 3.7x increase in mortgage principal capacity, achieved entirely through the rate decline, with no underlying improvement in the worker's earning capacity. Compounded across the entire workforce and across forty years, this rate decline alone is the proximate cause of much of the home-price appreciation that boomer homeowners now interpret as the merit of housing as an investment. The rate decline is over. The 30-year rate cannot fall another 15 percentage points from current levels without going to negative territory, and even Japan — which has run the most aggressive zero-rate policy among major economies — found that the political-economy consequences of negative long-term rates eventually became unsustainable. The current 6.23% rate is closer to the historical mean than to either extreme. A homebuyer in 2026 cannot expect a multi-decade rate decline to multiply their borrowing capacity. The mechanism has spent itself. This is the analytical heart of the boomer-trade observation. The post-1971 housing windfall was driven by two mechanisms: (1) Cantillon-effect monetary expansion, which inflated asset prices against wages, and (2) a forty-year rate decline, which expanded borrowing capacity against fixed payment ability. Neither mechanism can be re-run from current starting conditions. The Cantillon effect requires continuous expansionary monetary policy, which the inflation environment of 2022–2026 has constrained. The rate-decline mechanism requires that rates have somewhere to fall, which they no longer do at scale. The boomer trade was a specific configuration of the post-1971 regime; the configuration is exhausted. ## The transfer mechanism in the present In 2026, the boomer cohort is the largest selling cohort in the housing market for the first time in modern American history. The leading edge of the cohort is now 80 years old. The trailing edge is 62. Demographic data on housing transitions consistently show that adults over 65 transition out of single-family homes at accelerating rates — through downsizing, transition to assisted living, or estate disposition — and the boomer cohort's age distribution is now solidly in the transition zone. The buying cohort is, mechanically, the post-1985 generations: late Gen X, millennials, and the leading edge of Gen Z. The price they are being asked to pay is the boomer entry price compounded by 45 years of Cantillon-effect inflation and rate-decline-driven leverage expansion. The interest rate at which they are being asked to finance that price is roughly equivalent to the rate environment of the early 2000s — historically moderate, but vastly higher than the rate environment in which the boomer cohort acquired most of its current wealth position. The math of the trade, evaluated at the median, does not work. A median U.S. household earning \$80,734 in 2026 buying a median U.S. home at \$408,800 with 20% down at 6.23% pays approximately \$2,005 monthly in principal and interest, plus roughly \$600–800 in property tax and insurance, for a total housing cost of approximately \$2,600–2,800. This is 39–42% of gross household income, well above the 30% federal cost-burden threshold. For a household at the median income level, the median home is unaffordable on conventional underwriting metrics. The market clears anyway, through a combination of mechanisms that reveal the structure of the transfer. **Down-payment assistance from family** — overwhelmingly from boomer parents to younger buyers — has become the dominant first-time buyer financing mechanism in expensive metros. **Dual-income household requirements** have shifted from optional to mandatory in most markets, requiring both adults to be earning to qualify for the median home. **Federal subsidy programs** — FHA, VA, USDA, state and local DPA programs — backstop the purchases that conventional underwriting cannot support. **Reduced household formation** — the share of adults aged 25–34 living with parents has approximately doubled since 2000 — represents the population that has been priced out entirely. Each of these is a partial rerouting of the transfer through different channels. Down-payment assistance from boomer parents transfers the wealth inside the family rather than across the broader generational interface, but transfers it nonetheless. Dual-income requirements double the household labor input required to acquire the same shelter quality the boomer cohort acquired with one income. Federal subsidy programs route the transfer through the federal balance sheet, ultimately payable by the taxpayer base — which is, demographically, the same younger cohort. Reduced household formation is the *failure* of the transfer to clear at the margin, and the population it produces is one of the most economically and politically significant features of the 2026 American social landscape. ## The Mengerian saleability framing The framework can describe what is happening in saleability terms cleanly. The boomer's home, considered as an asset, retains its physical characteristics from 45 years ago. Its Mengerian saleability — divisibility, durability, transportability, homogeneity, freedom from political weaponization — has not improved. What has improved is the *infrastructure of substitute claims* that allows households to bid for it. The 30-year mortgage architecture, the agency MBS secondary market, the down-payment assistance ecosystem, the dual-income household norm, the federal subsidy programs — these together constitute a saleability *enhancement layer* that the boomer's home benefits from when it is sold. The home is not more saleable. The institutional support for the buyer's bid has become more elaborate. From the boomer seller's perspective, this distinction does not matter — the cash at closing is the same regardless of whether it came from a private down payment, a parental gift, an FHA loan, or a state DPA program. From the framework's perspective, it matters profoundly. The saleability enhancement layer is itself a substitute structure, in the same Fekete sense as the agency MBS market discussed in the previous essay. It exists because the underlying economic relationship (median income to median home price) cannot itself sustain the transactions the market requires. The substitutes paper over the gap. They have papered over progressively larger gaps for forty years. The framework predicts that the substitutes can continue to paper over gaps until they cannot — at which point the saleability of the boomer's home reverts to what its underlying market would actually clear at, which is a meaningful discount to the prices currently being achieved. This is the structural source of the housing market's apparent fragility in 2026. The seller-cohort's expected price reflects the substitute layer's full extension. The buyer-cohort's actual ability reflects the underlying economic reality. The gap is filled by federal credit enhancement, family wealth transfers, and reduced household formation. None of these is a stable equilibrium. All are stress points where the system can decompress under sufficient pressure. ## Why this is not generational warfare The temptation in describing the above is to frame it in moralistic terms — to suggest that the boomer cohort exploited younger generations, or that the younger generations are somehow owed compensation, or that policy intervention should explicitly redistribute the windfall. The framework rejects all three of these framings. The boomer cohort did not engineer the monetary regime that produced their housing windfall. The closing of the gold window in 1971 was a Nixon administration decision driven by short-term political-economy considerations. The Volcker rate cycle of 1979–1981 was a Federal Reserve response to inflation that the boomer cohort had no role in creating. The post-1981 rate decline was the cumulative result of decades of monetary policy decisions made by central bankers responding to their own incentives. The boomer cohort participated in the housing market that these policy decisions produced. They did not produce the policy decisions. The younger cohorts are not owed compensation by the boomer cohort, because no transfer was *taken* from them in any deliberate sense. The transfer is the cumulative consequence of a monetary regime change, mediated by tens of millions of individual market transactions, none of which involved any party deliberately disadvantaging another. Reframing this as a moral debt produces no useful policy guidance and obscures the underlying analytical observation. The correct framing is structural. *A specific monetary regime, operated for 55 years, produces specific cohort-level outcomes that look like wealth transfers but are properly understood as the differential exposure of different cohorts to the same monetary expansion at different points in their working lives.* The boomers caught the windfall because they were buying assets at the leading edge of the post-1971 expansion. The younger cohorts face the unwinding because the same expansion has now run to its logical limits and the substitute structures can no longer extend further at the same rate. The policy implication is not redistribution. The policy implication is *honesty about what the regime has produced and what its continuation requires*. The post-1971 system has reached a point at which its continuation requires either renewed monetary expansion (which inflation makes politically impossible) or further extension of substitute structures (which is the trajectory currently in progress). Neither of these is sustainable indefinitely. The regime will end. The framework cannot predict the timing or the specific trigger. The framework can predict that when it ends, the housing market's price structure will adjust to reflect the underlying economic relationships rather than the substitute-supported ones, and that adjustment will be the largest housing-price event in American history. ## What this means for the household The household making housing decisions in 2026 needs to understand that it is operating inside the late phase of a specific monetary regime, and that the parameters of that regime are not stable on the time horizons that housing decisions involve. For the buyer, the conventional pro-housing argument — that home prices have appreciated reliably for decades and will continue to do so — is supported entirely by the regime that is now exhausting itself. The price appreciation that sold homes for the past several decades reflected mechanisms that are not available going forward. Future appreciation will, in expectation, more closely track wage growth and underlying productive economic conditions than it has at any point since 1971. Real (inflation-adjusted) appreciation may approach zero or go negative for an extended period, as it did in Japan from 1991 forward. For the seller in the boomer cohort, the corresponding observation is that the saleability enhancement layer that has supported your home's price is not guaranteed to remain in place. If the layer compresses — through tightened federal underwriting, reduced agency MBS support, exhaustion of family wealth transfer capacity, or a duration crisis in the substitute structure described in the previous essay — the price your home commands will compress with it. Sellers in elastic-supply markets are particularly exposed; sellers in supply-constrained metros have somewhat more cushion, but only somewhat. For both, the practical implication is that *housing in 2026 is no longer a wealth-storage instrument with positive expected real return*. The conditions that produced the 1971–2021 outperformance are not recurring. The instrument's intrinsic Mengerian saleability characteristics, audited in the previous essay in this trilogy, reassert themselves as the substitute layer compresses. What remains is the consumption utility of the home (real, but consumption-grade), the inflation-hedging optionality of the fixed-rate mortgage (real, but conditional on continued inflation), and the forced-savings behavioral mechanism (real, but available through other instruments). These are smaller benefits than the cultural narrative suggests. The honest analytical statement is this: the boomer trade was a one-time event in the specific monetary regime that ran from 1971 to 2021. The conditions for its replication do not exist. Households making housing decisions in 2026 should evaluate the decision on its current-period merits — consumption utility, inflation hedge, behavioral savings — rather than on the implicit assumption that the regime that produced the historical returns will continue. The next forty years will not look like the previous forty. ## What Fekete saw Fekete's framework anticipated this configuration. His analysis of the post-1971 monetary regime — articulated across decades of essays beginning with his 1996 paper *Whither Gold?* — treated the closure of the gold window as a *finite experiment* whose specific trajectory would unfold across roughly half a century. He argued that the experiment would proceed through several distinguishable phases: an initial period of high inflation as the new regime established itself (1971–1981), an extended period of falling rates and asset-price expansion as the system worked through the implications of unconstrained credit creation (1981–2021), and a terminal phase of rising spreads, capital erosion, and substitute-structure failure as the regime exhausted its expansionary capacity (which Fekete believed had begun in the 2000s and would intensify across the 2020s and 2030s). The boomer trade fits inside Fekete's middle phase exactly. It was not a feature that any individual planner designed. It was the natural consequence of the regime's mechanics, captured by the cohort that happened to be acquiring assets during the expansion phase. The post-2021 cohort is operating inside Fekete's terminal phase, in which the substitute structures begin to compress and the underlying economic relationships re-emerge in the data. The framework does not prescribe what households should do about this. It describes what is happening. The household that understands the description has a meaningful informational advantage over the household that does not, in the same way that the gold-bull who understood Fekete's framework in 2007 had a meaningful informational advantage over the gold-bull who did not. The advantage is not predictive precision about timing. It is structural clarity about which mechanisms are operating and what their failure modes look like. The next essay in this trilogy turns from the structural and empirical observations to the constructive question: if the post-1971 housing finance architecture is exhausted, what would replace it under a sound monetary regime? The question is not academic. As the substitute structures compress, the political-economy pressure to design replacements will intensify. The framework has specific things to say about what works and what does not. The final essay sets them out. --- *This is the second essay of the Housing Trilogy. The next and final essay proposes what an honest replacement for the 30-year mortgage architecture would look like under a sound monetary regime — a constructive exercise in applying the Menger-Fekete framework to the design of household financial instruments suitable for the post-fiat era.* --- # The Paper Substitute: Agency Mortgage-Backed Securities and the Next Saleability Crisis URL: https://newaustrianeconomics.com/forum/08-agency-mbs-paper-substitute/ Date: 2026-04-27 Author: Jason D. Keys Tags: Fekete, Menger, agency MBS, Fannie Mae, Freddie Mac, saleability, 2008 crisis, secondary market, monetary theory Description: Fannie Mae and Freddie Mac issue $9 trillion in paper claims on an asset class — single-family housing — that has the worst saleability characteristics of any major investment available to American households. This is precisely the structure Fekete identified as the most fragile in any monetary system: a deep, liquid market in paper substitutes for an underlying that cannot itself be substituted. The 2008 collapse was the first observable failure of this architecture. The next will be larger. # The Paper Substitute: Agency Mortgage-Backed Securities and the Next Saleability Crisis In the previous essay in this larger series, I argued that the American single-family home scores at the bottom of Menger's saleability spectrum — illiquid, indivisible, non-transportable, non-homogeneous, and continuously encumbered by a perpetual ground rent payable to the state. By every measurable criterion that Menger's 1892 framework treats as fundamental, housing is among the least saleable major asset classes in the household's universe of options. This conclusion poses an immediate puzzle. The U.S. mortgage market is approximately \$14.5 trillion. Roughly \$9 trillion of that is held in the form of agency mortgage-backed securities — paper claims issued by Fannie Mae, Freddie Mac, and Ginnie Mae against pools of underlying mortgages. These securities trade in the second-largest fixed-income market on earth, exceeded only by the U.S. Treasury market itself. They settle in seconds. They price continuously. They are accepted as collateral throughout the global financial system. The market for them is, by every conventional measure of liquidity, profoundly deep. How can a profoundly liquid paper market exist on top of a profoundly illiquid underlying asset? The answer is the central observation of this essay, and it sits at the heart of what Antal Fekete spent his career warning about. The agency MBS market is not, in Menger's sense, *liquid*. It is a deep market in *paper substitutes* for an underlying whose own saleability is permanent and structural. Under normal conditions, the substitute behaves as if it inherits the saleability properties of cash — because the federal guarantees, the open-market operations of the central bank, and the deep secondary-market infrastructure all collaborate to maintain that appearance. Under conditions of stress, the substitute's apparent saleability decays toward the saleability of the underlying. In 2008, the world saw the first sustained example of this decay in modern financial history. The mechanism that produced 2008 has not been reformed. It has been institutionalized, expanded, and folded directly into the Federal Reserve's primary balance sheet. The next time it fails, the failure will be larger. ## Fekete's framework, restated for the secondary mortgage market Fekete's most consistent analytical move, across his entire body of work, was to insist that *paper substitutes* for a monetary or near-monetary good are reliable only to the degree that their redemption mechanics are real. A bank note redeemable in gold at sight is a near-perfect substitute for gold under conditions where the bank's solvency is unquestioned. The same note becomes a fractional claim — and ultimately, in Fekete's terminology, a *broken* substitute — once the redemption mechanism becomes uncertain. The transition from substitute-as-money to substitute-as-defaulted-claim is rarely gradual. It is a regime shift, often triggered by a specific event, that propagates rapidly through the population of holders once the regime has shifted. Fekete applied this analysis primarily to gold-backed currencies and to the gold basis. But the framework generalizes to any paper claim against any underlying. An agency MBS is a paper claim against a pool of mortgages, each of which is a claim against a household, which in turn is a claim against the home that secures the loan. The structure has *three* layers of paper before reaching the underlying physical asset: **Layer 1**: the household's mortgage — a contractual claim against the household's future cash flows, secured by a lien on the home. **Layer 2**: the agency MBS — a securitized claim on the cash flows from a pool of such mortgages, with federal credit enhancement attached. **Layer 3**: derivatives on the agency MBS market — interest-rate swaps, options, structured products that reference MBS pricing or duration. ![Three-tier Fekete paper-substitute stack on deep navy: bottom panel shows a suburban house silhouette labeled "Underlying — lowest saleability." Middle tier "Household mortgages + agency wrapper" with pooling arrows upward. Top tier glowing bond certificates labeled "Agency MBS — trades like cash." A vertical gold arrow labeled "Apparent liquidity under calm conditions"; parallel broken red dashed line labeled "Decays toward underlying saleability under stress." Cream typography, solemn academic infographic aesthetic.](/images/diagrams/forum-mbs-paper-stack.jpg) In normal market conditions, each layer trades as if it were nearly fungible with the next. The household's mortgage is sold to the agency at par. The agency-issued MBS trades at a tight spread to comparable Treasuries. The derivative book references MBS prices that are themselves continuously determined by deep cash-market activity. Apparent saleability flows up the stack, from the federal guarantee at the top, through the agency wrapper, through the secondary-market infrastructure, all the way down to the original mortgage. The household, the bank, the agency, and the bondholder all behave as if the chain is solid. Under stress, the chain reveals itself for what it is: a series of distinct, structurally-imperfect substitutions, each of which can fail independently. This is the Fekete observation. The depth of the secondary-market infrastructure does not eliminate the substitutability problem. It conceals it under normal conditions and *amplifies* it under stress, because participants who have been treating the chain as solid are forced to discover, often simultaneously, that they have been holding paper substitutes whose redemption mechanics are not what they assumed. ## What 2008 actually was The 2008 financial crisis is conventionally narrated as a story of subprime lending excess, regulatory failure, and the collapse of specific firms. This narrative is not wrong, but it misses the deeper structural event. What collapsed in 2008 was the *substitute layer* of the American mortgage market. The proximate trigger was a wave of defaults in the subprime mortgage segment. The proximate damage was concentrated in the private-label MBS market — securities issued by investment banks rather than by the federal agencies. But the deeper signal was the brief and partial *spread blowout* in the agency MBS market itself. Agency MBS, which had traded for decades at a tight spread to Treasuries on the assumption that federal credit enhancement made the spread irrelevant, briefly traded at distressed levels in the panic phase of 2008. The Federal Reserve's response — beginning with the November 2008 announcement of \$500 billion in agency MBS purchases, which expanded by January 2009 into the first formal quantitative easing program — was a direct intervention to prevent the agency MBS market from discovering its own substitute-layer fragility. The intervention worked. Spreads compressed. The market stabilized. The agencies were placed into federal conservatorship in September 2008, formalizing the implicit federal guarantee as an explicit one. The lesson the policy establishment took was that the system had been saved by aggressive central-bank action and direct federal support. The lesson the policy establishment did *not* take — and that the New Austrian framework would have insisted on — is that the substitute structure itself was the problem. The 2008 episode demonstrated that under sufficient stress, the agency MBS market could decouple from its underlying fundamentals in ways that conventional risk models did not predict. The "fix" was to remove the question entirely by having the central bank become the marginal buyer of agency MBS in any future crisis, and by formalizing the federal backstop. This did not fix the substitute structure. It merely ensured that any future failure would have to be larger, more systemic, and more expensive to paper over than the 2008 failure was. ## Where the agency MBS market sits in 2026 The current configuration of the agency MBS market, eighteen years after the conservatorship of Fannie and Freddie, is more concentrated, more central-bank-dependent, and more structurally fragile than it was in 2007. **Total agency MBS outstanding**: approximately \$9 trillion. **Federal Reserve holdings of agency MBS**: approximately \$2.2 trillion as of early 2026, down from a peak of \$2.7 trillion in 2022 but still vastly larger than at any pre-2008 baseline. **Share of new issuance absorbed by the Fed during peak QE periods**: approached 100%. In multiple months between 2020 and 2022, the Federal Reserve was the *only* net buyer of new agency MBS, with all private demand absorbed by Fed purchases. **Conservatorship status of Fannie Mae and Freddie Mac**: ongoing, eighteen years after the original "temporary" intervention. Multiple administrations have proposed plans to release the agencies from conservatorship; none has succeeded. The implicit guarantee is now indistinguishable from an explicit guarantee for all practical market purposes. **Mortgage origination market share by entity type**: nonbanks now originate roughly 70% of all new U.S. mortgages, up from approximately 30% in 2007. The bulk of these nonbank originations are sold immediately into agency MBS pools, with the originator retaining no skin in the game beyond the servicing rights. **Concentration in long-duration paper**: the post-2020 vintage of agency MBS is concentrated in coupons of 2.5–3.5%, against a current market rate of 6.23%. These securities are deeply underwater on a mark-to-market basis. The Federal Reserve's \$2.2 trillion holdings are estimated to carry unrealized losses in the hundreds of billions, which the Fed reports through its remittances-to-Treasury accounting but does not realize as a balance-sheet event. This configuration is not a neutral structure that happens to support housing finance. It is a system in which the largest fixed-income market in the world after Treasuries is supported by a central bank that has effectively committed to backstop it permanently, against an underlying asset class whose Mengerian saleability is permanently low. The system is "stable" in the sense that the central-bank backstop has so far always proven sufficient. It is fragile in the deeper sense that the backstop is itself a substitute for the saleability properties the underlying does not have. ## The mechanism by which the next failure happens The framework predicts a specific shape for the next agency MBS crisis. The shape is *not* a 2008-style cascading default in the underlying mortgages. The credit enhancement around the agencies is now explicit and federally guaranteed; mortgage default does not transmit to MBS holders the way it did in 2008. The framework predicts something subtler and arguably more dangerous. The next failure will be a *duration crisis* in the substitute layer. The mechanism is straightforward. The agency MBS market currently carries an enormous embedded short on rising long-term rates. Holders of low-coupon MBS issued during the 2020–2022 ZIRP era are exposed to substantial mark-to-market losses if long rates rise materially. The Federal Reserve itself is the largest holder of this paper, with the consequences absorbed through quasi-fiscal accounting that obscures the loss without eliminating it. Banks holding agency MBS for regulatory capital purposes faced the first wave of this exposure in 2022–2023, contributing directly to the SVB and First Republic failures discussed elsewhere in this series. If long rates were to rise sharply — driven by, for example, sustained inflation from the Iran war energy disruption, a credit downgrade of U.S. Treasuries, a foreign reserves rotation away from dollar-denominated assets, or any combination of these — the mark-to-market losses on the agency MBS market would become an order of magnitude larger than what the 2022–2023 episode produced. The Federal Reserve's response toolkit is constrained: it cannot lower rates without re-igniting the inflation it is trying to contain, it cannot sell its MBS holdings without realizing the losses it has been absorbing through accounting, and it cannot expand its balance sheet without compounding the duration mismatch. The most likely policy response under such conditions is a *yield curve control* regime — direct central-bank action to cap long-term rates regardless of market preference. This is the trajectory Japan has been on since 2016. It works arithmetically: if the central bank commits to buying unlimited quantities of bonds at a target yield, the target holds. But it works through the same mechanism Fekete identified as the most corrosive: the central bank prevents the market from discovering its own equilibrium, which means the substitute structure continues to exist while its substitute-ness continues to grow more extreme. The price stability is purchased at the cost of further saleability decay in the underlying claims. Under yield-curve control, the agency MBS market would technically continue to function. Spreads would remain compressed by central-bank backstop. Trading activity would continue. But the *Mengerian saleability* of the paper would have crossed a threshold from "deep substitute for cash" to "explicitly central-bank-supported asset whose price reflects policy commitment rather than market demand." The decay function from the third essay in this series predicts that under such conditions, the marketability spreads in adjacent markets — gold basis, FX basis, repo dispersion — would widen even as the agency MBS market itself appeared calm. The failure would be visible everywhere except in the market that had been the source of it. ## Why this is the housing-trilogy problem The relevance of this analysis to housing as a household decision is direct, even though the household never interacts with the agency MBS market explicitly. Three structural consequences flow from the configuration described above. **First, the household's mortgage is priced by a market that depends on continued central-bank intervention to function.** When you borrow at 6.23% in 2026, the rate you pay is not a market-clearing equilibrium between household credit demand and private investor supply of capital. It is the rate that emerges from a market structure in which the Federal Reserve has held \$2 trillion-plus of agency MBS for six years, in which the agencies themselves are in eighteenth-year conservatorship, and in which roughly half of all mortgage originations flow through nonbank originators with no balance-sheet capacity to hold the loans they make. The "market" rate is a policy artifact. The household-as-bond-issuer described in the previous essay is issuing bonds into a market that requires continuous central-bank support to absorb them. **Second, the household's mortgage is exposed to the agency MBS market's structural fragility through a back channel: refinancing access.** A homeowner with a 6.23% mortgage in 2026 carries an implicit option to refinance if rates fall. The value of that option depends entirely on the continued functioning of the agency MBS market — which is the secondary market through which any refinanced loan must clear in order for the originator to recoup capital. If a duration crisis in agency MBS causes that market to seize up, refinance windows close regardless of where headline rates trade. Households who anticipated being able to refinance discover that the channel has narrowed or temporarily closed. The optionality embedded in the fixed-rate mortgage degrades silently with the saleability of the substitute layer above it. **Third, the broader behavioral case for buying — that home prices have appreciated reliably for nine decades — is in part a consequence of the substitute structure rather than of housing's intrinsic productive value.** The 30-year mortgage architecture, the agency MBS secondary market, and the central-bank backstop together create a continuous *financing supply* for housing that is structurally larger than what an unsupported private market would generate. More financing supply produces higher home prices over time, particularly in supply-constrained markets. A material portion of the historical home-price appreciation that homeowners attribute to the merits of housing as an investment is in fact the propagation of the financing-supply expansion through the demand side of the housing market. If the substitute structure ever fails — even partially, even temporarily — the financing-supply expansion reverses, and home prices respond accordingly. These three consequences are not predictions about a specific date or a specific crisis. They are statements about the *structure* of the household's exposure. Owning a home in 2026 is owning an asset whose financing market is permanently dependent on central-bank intervention, whose embedded refinance option depends on that market's continued functioning, and whose long-run appreciation has been substantially driven by the same architecture's forty-year expansion. When the architecture's saleability decays — and the decay is observable in the proxies described in essay three of this series — the household's exposure decays with it. ## What an honest analysis of agency MBS would conclude A neutral analyst, applying the framework rigorously, would reach four conclusions about agency MBS in 2026 that the conventional financial press does not. **First, agency MBS is not a fixed-income asset class in the same sense as Treasuries.** It is a derivative position, two paper layers removed from a structurally illiquid underlying, whose continued functioning depends on permanent central-bank support. Treating it as a near-equivalent to Treasuries — as nearly every institutional fixed-income manager does — is a category error. **Second, the Federal Reserve's \$2.2 trillion in MBS holdings is not "balance sheet" in the conventional sense.** It is a quasi-fiscal commitment to maintain the substitute layer that makes American household housing finance functional. Reducing the holdings is constrained by the political economy consequences of letting the substitute layer's true saleability emerge in market prices. The Fed will continue holding most of these securities indefinitely, regardless of what its formal balance-sheet runoff guidance says. **Third, the next crisis in the agency MBS market will be a duration crisis, not a credit crisis, and the policy response will be yield-curve control or its functional equivalent.** This is the trajectory Japan has been on since 2016 and that the European Central Bank flirted with during the eurozone debt crisis. The framework predicts the United States will follow the same path under sufficient stress, because no other tool in the central-bank toolkit can address the duration mismatch without realizing the losses that the policy establishment has spent two decades concealing. **Fourth, household homeownership as a financial decision is more exposed to this structure than the conventional analysis recognizes.** The household pays the mortgage rate that the substitute market produces. The household's home-price appreciation reflects the financing-supply expansion the substitute market enables. The household's refinance optionality depends on the substitute market's continued functioning. A meaningful fraction of household financial planning over the past several decades has been an unwitting bet on the continued integrity of an architecture that the New Austrian framework identifies as structurally fragile. ## The Mengerian endnote Menger's framework is unsparing on the question of what happens when a substitute layer becomes structurally separated from its underlying. Either the substitute remains tethered through real redemption mechanics — at which point its saleability genuinely tracks the underlying's — or the substitute drifts free, supported by institutional commitments rather than by redemption discipline, and accumulates a saleability premium that exists only as long as those commitments hold. The premium is not a stable feature. It is a regime, and like all regimes, it persists until the conditions that produced it shift. The agency MBS market has been operating in the second mode for eighteen years. The conditions that produced the regime — explicit federal credit enhancement, central-bank balance-sheet absorption, conservatorship of the issuers, and the broader framework of post-2008 financial repression — are not permanent features of the political economy. They are policy choices, made by specific people in specific institutional positions, and they can be unmade by the same kinds of choices in the future. The framework does not predict when. It predicts that when the unmaking happens, the saleability of the substitute layer will revert toward the saleability of the underlying, and the underlying — as the previous essay documented — sits near the bottom of Menger's spectrum. The household holding a 6.23% mortgage in 2026 is, in the most literal sense, a counterparty to the substitute layer. The household issued the bond. The agency wrapped the bond. The Federal Reserve absorbed a large share of the wrapped paper. The structure's stability is the household's stability. When the structure's saleability decays, the household's position decays with it. Fekete spent his career arguing that the only honest path through monetary instability runs through redemption discipline — through claims whose substitute relationships to underlyings are real and verifiable, not maintained by institutional commitment. The agency MBS market is the largest counter-example to this principle in modern finance. Eighteen years of post-2008 institutional repair have made it more central to the American financial system, not less. When the next saleability crisis arrives — and the framework treats this as a question of timing rather than of possibility — the agency MBS market will be at or near its center. The homeowner who has read this far has the right framework to evaluate what that means for their own position. The conventional financial press will not provide that framework. It does not have the vocabulary. The New Austrian Economics does. The next essay in this trilogy turns from the structural critique to the empirical one — to the specific cohort of Americans who captured a one-time monetary windfall during the substitute layer's expansion phase, and the cohort that is now being asked to pay them out at terms that the underlying economic reality cannot sustain. --- *This is the first essay of the Housing Trilogy within the New Austrian Economics series. The trilogy applies the Menger-Fekete framework specifically to the American household's most consequential financial decision and to the architecture surrounding it. Subsequent essays will examine the intergenerational arbitrage embedded in the post-1971 housing market and propose what an honest replacement for the 30-year mortgage architecture would look like under a sound monetary regime.* --- # Housing as Anti-Money: A Menger-Fekete Audit of the American Mortgage in 2026 URL: https://newaustrianeconomics.com/forum/07-housing-as-anti-money/ Date: 2026-04-25 Author: Jason D. Keys Tags: Menger, Fekete, housing, mortgage, real estate, saleability, Cantillon effect, Federal Reserve, FHA, monetary theory Description: The asset class with the worst Mengerian saleability characteristics on earth has been culturally positioned as the central wealth-building instrument of American life. Audited rigorously through the New Austrian framework, the modern American home is closer to anti-money than to money, and the mortgage that funds it is a 90-year experiment in inducing households to behave as miniature bond issuers in a perpetually inflating currency. # Housing as Anti-Money: A Menger-Fekete Audit of the American Mortgage in 2026 A reader recently asked me a sharp question: *isn't home equity a made-up concept designed to make people comfortable with massive debt? People never really own their homes. The bank does. Aren't homeowners just renting from a bank instead of a landlord?* The instinct behind the question is correct, even if the technical answer is more interesting than a flat yes. Equity is a real economic concept — a residual claim on a real asset, monetizable in a sale. That much is not a fiction. But the system that produces equity, the financial product that delivers it to households, the inflation-dependent mechanics that make the math work, and the institutional infrastructure that backstops the whole arrangement — every layer of this stack is a 90-year-old policy construction whose failure modes are precisely the ones Carl Menger and Antal Fekete spent their careers warning about. This essay is an audit of the modern American home through the New Austrian framework. The verdict is harsher than the conventional pro-or-con homeownership debate captures, because the conventional debate operates inside a set of assumptions that the framework itself rejects. The home, properly classified, is not the wealth-building asset it has been culturally positioned as. By Menger's criteria, it is closer to anti-money than to money. By Fekete's, it is a privatized perpetual-debt instrument that requires continuous monetary inflation to deliver the appearance of wealth-building. Both critiques are decades old. Both apply more sharply in 2026 than ever before. ## What Menger's saleability spectrum actually says about a house Menger opened *On the Origin of Money* (1892) by stating that the theory of money "necessarily presupposes a theory of the saleableness of goods," and that the saleability of any good is determined by a set of objective characteristics that can be evaluated empirically. He listed them: divisibility, durability, transportability, homogeneity, widespread demand, and freedom from political weaponization. The good occupying the highest position on this spectrum becomes money — not because anyone designs it that way, but because rational traders accept the most saleable good in exchange for less saleable goods, and the practice converges. Audit a typical American single-family home against this list and the result is striking. **Divisibility**: zero. A house cannot be sold in fractions. You cannot liquidate ten percent of your kitchen to cover an emergency. The unit is binary — you own the entire structure or none of it. This is the polar opposite of a Menger-grade monetary good. **Durability**: superficially high — the structure persists for decades — but degraded by an ongoing maintenance requirement that approximates 1 to 2% of the home's value per year. A house left untouched for a decade is not a house. It is a liability. True durability, as Menger meant the term, requires no continuous capital expenditure to remain in saleable condition. Gold has it. A house does not. **Transportability**: zero, by definition. A home is fixed in space. Its market value is hostage to the economic fate of one specific geographic location, the policy decisions of one specific local government, and the climate trajectory of one specific microregion. Transportability is the characteristic Menger weighed most heavily for portable monetary goods, and the home is its conceptual opposite. **Homogeneity**: very low. Every home is unique — different lot, different layout, different age, different school district, different micro-neighborhood. There is no fungibility between two houses. This destroys the standardization that makes price discovery efficient and that allows for thick, continuous markets. **Widespread demand**: superficially high — everyone needs shelter — but qualified by the fact that demand for *a specific home* is concentrated to a small population of potential buyers within a small geographic radius and a narrow income band. The set of plausible buyers for any given home is in the hundreds, not the millions. **Freedom from weaponization**: this is where the audit becomes most uncomfortable. The American home is exposed to *six* distinct mechanisms by which the state can extract value or constrain its use: property taxation (continuous), eminent domain (occasional but absolute), zoning and land-use regulation (continuous and increasingly invasive), code enforcement (selective), environmental regulation (expanding), and special assessment (capricious). The home is one of the most politically exposed asset classes a private citizen can hold. A neutral observer applying Menger's criteria, never having seen the United States, would not place housing at the top of any saleability ranking. They would place it near the bottom — somewhere between specialty industrial equipment and contested intellectual property. They would certainly not classify it as a wealth-storage instrument. They would classify it as a consumption good with significant carrying costs and a partial residual value at end of life. ![Menger saleability ladder diagram on deep navy background: gold coin and currency at the top rung labeled "Highest saleability," stocks and bonds mid-ladder, a distinctive single-family house icon anchored at the bottom rung labeled "Low saleability — illiquid, indivisible, fixed in place." Cream and gold serif labels, thin gold connecting rungs, academic infographic style matching a classical monetary-economics treatise.](/images/diagrams/forum-housing-saleability-ladder.jpg) The transaction-cost data confirms this. A typical American home sale incurs roughly 6% in transaction costs (realtor commissions, title insurance, transfer taxes, closing fees), against well under 1% for liquid securities and approximately 0.5% for retail gold purchases. The settlement window for a home is 30 to 60 days. The settlement window for an exchange-traded security is two days. The settlement window for physical gold passed across a counter is zero. By every measurable indicator of real-world saleability, the home ranks below the major liquid asset classes by an order of magnitude. Yet Americans are taught from childhood that the home is the central wealth-building asset of a normal life. This is not a Mengerian conclusion. It is a cultural one, and like most cultural conclusions about money, it has a specific historical genesis that explains why it is held so widely despite being indefensible on the merits. ## The 30-year mortgage did not exist before 1934 The financial product that bridges the saleability gap between the household's purchasing capacity and the home's price is the 30-year fixed-rate fully-amortizing mortgage. It is so culturally embedded in American life that most people assume it is a natural product of free markets, the way steel or wheat is a natural product of free markets. It is not. It is a state construction, and a recent one. Before 1934, the typical American mortgage had a term of three to five years, sometimes seven. It was an interest-only loan with a balloon payment of the entire principal at maturity. There was no amortization. The borrower expected to refinance the principal at the end of the term, drawing on whatever lending arrangement was available. When the Depression collapsed the supply of refinancing credit beginning in 1929, hundreds of thousands of homeowners reached the end of their mortgage terms and could not roll the balloon payment. The resulting wave of foreclosures was a major driver of the banking collapse. The federal response was a sequence of statutory innovations, each layered on the previous, that produced the modern mortgage architecture in stages. **The Home Owners' Loan Act of 1933** created the Home Owners' Loan Corporation (HOLC), which refinanced over one million existing mortgages at standardized terms — initially 15-year fully-amortizing loans — totaling approximately \$3.1 billion. The HOLC was a temporary emergency body. It ceased new lending in 1936 and wound down by 1951. But it standardized the *concept* of the long-term amortizing mortgage at federal scale for the first time. **The National Housing Act of 1934** created the Federal Housing Administration (FHA), which insured mortgages issued by private lenders, transferring default risk from the bank to the federal government. The FHA initially insured 20-year loans. It did not authorize 30-year loans for new construction until 1948, and for existing homes until 1954. **The Federal National Mortgage Association (Fannie Mae), 1938**, was created to purchase FHA-insured mortgages from primary lenders, creating a secondary mortgage market and allowing banks to recycle their capital into new loans without holding the existing ones to maturity. This was the institutional birth of the mortgage-backed securities market that would dominate American finance for the next 90 years. **The G.I. Bill (Servicemen's Readjustment Act of 1944)** extended low-cost FHA-style mortgages to veterans returning from the Second World War, with low or zero down payments. Combined with FHA expansion, this produced the most rapid increase in homeownership in American history: the rate rose from approximately 44% at the end of the Depression to 62% in 1960. **The Federal Home Loan Mortgage Corporation (Freddie Mac), 1970**, paralleled Fannie Mae for conventional (non-FHA-insured) mortgages, vastly expanding the secondary market. The point of this compressed history is not that the New Deal mortgage architecture was malicious or even, in the context of its time, mistaken. The HOLC arguably saved a million households from foreclosure during the Depression, and turned a small profit doing so. The point is that the 30-year fully-amortizing fixed-rate mortgage is a *manufactured product*. It did not exist before federal statutory intervention created it. It exists today only because federal guarantees make it commercially viable for primary lenders to issue 30-year paper that they could not otherwise hedge or refinance through conventional banking practice. Without Fannie Mae, Freddie Mac, and the FHA, the modern mortgage would not exist in anything like its current form. American banks would not voluntarily issue 30-year fixed-rate paper at scale, because the interest-rate risk of such paper is uneconomic for any private balance sheet to hold. This matters because the Mengerian critique of housing's saleability is partially *masked* by the existence of the 30-year mortgage. The mortgage allows households to purchase an asset they could not otherwise afford by spreading the payment across a working lifetime. In doing so, it transforms a low-saleability consumption good into a debt-funded asset position. The transformation is real, in the sense that the household acquires a residual claim on a real asset. But the transformation is sustained entirely by the policy infrastructure that backstops the mortgage market, and that infrastructure is itself contingent on the broader fiat monetary regime that produces the inflation that makes the long debt economically tolerable. Strip away the FHA, Fannie Mae, Freddie Mac, the Federal Reserve's open-market operations on agency mortgage-backed securities, and the implicit federal guarantee that the agencies' paper will be backstopped in any future crisis — and the entire economic case for the 30-year mortgage collapses. What remains is the underlying truth Menger's framework identified in 1892: housing is a low-saleability good, and the financial wrapper that makes it look like a high-saleability good is a state construction whose continued operation requires continued monetary expansion. ## The household as miniature bond issuer There is a Fekete dimension to the same observation that goes deeper than the Mengerian audit. A 30-year fixed-rate mortgage is, structurally, a 30-year fixed-rate bond — issued by the household, held by the bank, and (more often than not) sold into the agency MBS secondary market within months of origination. The household is the issuer. The bank or the eventual MBS holder is the bondholder. The cash flows are identical to those of any long-dated bond: fixed coupons until maturity, with a known principal repayment schedule embedded in the amortization. This framing is illuminating because it places the household squarely inside the Fekete capital-erosion mechanism described in the previous essay in this series. When the central bank suppresses long-term interest rates, the *value* of every existing fixed-rate bond rises by arithmetic necessity. When you are the *issuer* of a fixed-rate bond, the rising value is not a gain to you — it is a gain to your counterparty. The mark-to-market value of the bank's claim against you increases. Meanwhile, the present-value cost of your remaining payments — discounted at the new lower rate — has also increased. You are worse off in present-value terms, even though your nominal payment schedule has not changed. This pricing dynamic is the source of the feature that pro-housing analysis treats as an unambiguous benefit: the locked-in low rate. A homeowner with a 3% mortgage in a 6% rate environment "won" relative to a homeowner who refinanced at 6%. This is true. But the framing obscures what actually happened. The 3% mortgage was issued at a moment when the central bank was actively suppressing rates below their natural level. The household issued a bond at a price that overstated the value of the underlying asset (because the cheap financing was a temporary subsidy from the central bank's distortion of the rate curve). The asset was purchased at the inflated price. When the central bank reversed and rates rose, the asset's market value fell, but the household was insulated by the embedded long-term short on rising rates that the fixed-rate mortgage represents. The lock-in effect of 2022 through 2026 is the empirical confirmation of this dynamic. Households with sub-4% mortgages cannot move, because moving requires accepting a current-rate mortgage on a comparably-priced replacement home, and the cash flow math does not work. The result is a generational cohort of homeowners who are *trapped* in their current homes — not by any explicit prohibition, but by the rate-lock asymmetry that the original distortion produced. In Mengerian terms, this is a saleability collapse for a specific asset cohort. The home itself remains the same physical object. But its *practical* saleability — the conditions under which the owner can actually transact — has been crushed by the spread between the locked-in mortgage rate and the current market rate. A house with a 3% mortgage and a market value of \$500,000 cannot be effectively sold by an owner who needs to immediately purchase a comparable replacement, because the replacement at 6.25% would cost the household several hundred dollars per month more in payments without any change in physical living standard. The house is not unsaleable in the absolute sense. It is unsaleable in the *practical* sense for the population that owns it. This is exactly what Fekete predicted would emerge under a regime of sustained central-bank rate manipulation. The capital erosion mechanism works in two directions: it inflates the apparent value of bonds held by institutions when rates fall, and it strands their issuers when rates rise. The household-as-bond-issuer is on the wrong side of both directions, depending on the phase of the cycle. In neither phase is the household actually wealthier in real terms. In the falling-rate phase, the household feels wealthier because the home's market price has been inflated by the broader rate compression. In the rising-rate phase, the household is locked in, illiquid, and structurally trapped. The 2026 data quantifies this. Roughly 60% of all outstanding U.S. mortgages carry rates below 4%. The current market 30-year rate is 6.23%. The total U.S. mortgage market is approximately \$14.5 trillion. A vast generational cohort of households — somewhere between \$7 and \$9 trillion in mortgage balances — is functionally locked in to their current homes by the rate-lock asymmetry. This is the Mengerian saleability collapse, denominated in trillions of dollars, manifesting as the empirical phenomenon that real estate professionals call "the lock-in effect" without recognizing what it actually is. ## Property tax as perpetual ground rent to the state The Mengerian audit identified weaponization risk as the most uncomfortable result of the housing analysis. The most concrete form of that weaponization is property taxation. The structure of American property taxation is not a tax on the income produced by a property. It is a tax on the *capital value* of the property itself, levied annually, in perpetuity, regardless of whether the owner has any income, regardless of whether the property has produced any revenue, and enforceable through state seizure of the property if unpaid. A homeowner who has fully extinguished the mortgage and is sitting on a free-and-clear title still owes the state, every year, a percentage of the home's assessed value. Failure to pay this levy results in a tax lien, then in tax foreclosure, then in the loss of the home. In the framework of medieval European land tenure, this is *ground rent* — the perpetual payment owed by the tenant to the sovereign in exchange for the right to occupy the land. The American property tax is structurally indistinguishable from ground rent. It is a perpetual rental obligation to the state, whose nominal owner of the land is the state itself, with the household holding a contingent right of occupation conditional on continuous payment. This is the analytical observation that the original reader's question instinctively reached for: *the state owns the house*. Strictly, this is correct in a way that even most critics of homeownership do not articulate. The fee-simple title that the household holds is not a sovereign claim on the land. It is a conditional claim that lapses upon non-payment of the perpetual ground rent. The state's senior position is absolute. This has practical consequences that compound over a homeowner's lifetime. The typical American property tax rate is between 0.5% and 2.5% of assessed value annually, depending on jurisdiction. At a 1.5% rate, a homeowner pays roughly 45% of the home's value over a 30-year occupancy in property tax alone — *in addition* to the mortgage interest, the maintenance, the insurance, the closing costs, and the eventual transaction costs of sale. A home held for 50 years pays out approximately 75% of its value in cumulative property tax. This is not a wealth-storage instrument. It is a depreciating-claim instrument with a continuous extraction stream attached, in which the apparent capital appreciation is partially or wholly offset by the cumulative ground-rent payments to the state. Inflation does not solve this problem. Property tax assessments are periodically adjusted to keep pace with market values. The nominal extraction rises with the nominal value. The real burden does not decrease. And in many jurisdictions, the property tax rate itself has *increased* over time, as municipalities expand services or face fiscal pressure. The household has no recourse — the levy is set by elected officials in a political process the household has, at best, one vote in. A Mengerian asset, by contrast, would have *no* perpetual extraction stream. Gold held in a private safe owes no ongoing payment to anyone. Stocks held in a brokerage account owe no recurring fee for the right to continue holding them (transaction taxes are capital gains, levied only on disposition). The property tax is the explicit, continuous demonstration that housing is not a Mengerian asset — it is a partially-state-owned resource on which the household holds a license to occupy. ## The 2026 numbers, rigorously The current data, evaluated through the framework above, paints a precise picture. **Median U.S. home price (March 2026)**: \$408,800. **Median U.S. household income**: \$80,734. **Price-to-income ratio**: roughly 5.1 to 1. **Current 30-year fixed mortgage rate**: 6.23%. **Monthly principal and interest on a 20%-down mortgage at the median**: approximately \$2,005. **Monthly cost burden including taxes and insurance**: approximately \$2,600 to \$2,800, or 39 to 42% of gross median household income. The federal threshold for "cost-burdened" is 30% of household income on housing. The median American homebuyer in 2026 is well past that threshold at the median home and the median income, simply on the financing math. **28% of all U.S. mortgage holders** spend more than 30% of gross income on housing. Among renters, the figure is **47.6%**, with **24.1%** severely cost-burdened (spending 50%+). The National Association of Realtors reports that the typical homeowner has accumulated **\$128,100 in housing wealth** over the past six years. This is the headline figure used to demonstrate the wealth-building case for homeownership. Audited through the framework, it is a mostly nominal gain produced by the COVID-era monetary expansion (M2 grew approximately 40% between 2020 and 2022) and the resulting Cantillon-effect redistribution toward asset holders. It is unevenly distributed (the gains accrued mostly to those who bought before 2021), partially offset by the carrying costs accumulated over the same period (six years of property tax at 1.5% of a \$400,000 home is roughly \$36,000), and entirely contingent on monetization through sale — which most homeowners will not do, because selling triggers the rate-lock asymmetry described above. Stated plainly: the median homeowner is using 40% of household income to service a leveraged position in the most illiquid asset class available to retail allocators, in an asset that is structurally unable to be sold without triggering massive transaction costs and (currently) a rate-lock penalty, while paying perpetual ground rent to the state, and is being told by every authoritative cultural source that this represents the foundation of normal middle-class wealth accumulation. The Mengerian framework does not produce this conclusion. It produces the opposite conclusion. The asset class with the worst saleability characteristics in the household's universe of options has been institutionally positioned as the central wealth-building strategy. This is the result of 90 years of policy intervention, not of free-market preference revelation. ## The honest case that survives the audit This essay should not be read as advocating that no one should ever buy a home. The honest case for homeownership exists; it is simply much narrower than the cultural case suggests, and it should be classified correctly. **Consumption utility is real.** A homeowner can modify the property, pets and children have stable space, and the household has tenure security against landlord caprice. These are genuine consumption goods, not investment returns. They have value. They should be paid for at their true cost — including the carrying costs, the transaction costs, and the opportunity cost of the down payment — and not confused with wealth building. **Forced savings work for some households.** A mortgage payment is an automatic withdrawal that builds an equity position the household would not otherwise build. For households with low financial discipline who would otherwise spend the rent-versus-PITI delta on consumption, the mortgage is a *behavioral* mechanism that produces a wealth-equivalent outcome, even if the underlying asset is a poor wealth-storage vehicle. This is real, but it is a behavioral argument, not an Austrian one. **The fixed-rate mortgage is a genuine inflation hedge.** Lock in a 6.23% fixed payment in 2026, and 30 years of continued monetary expansion will, with very high probability, erode the real burden of that payment to a fraction of its original weight. This is the strongest argument for the long-dated mortgage, and it is the argument that survives the framework most cleanly. *But* — and this qualification is crucial — the inflation hedge only delivers value in a continuously inflationary environment. In a flat or deflationary environment (Japan since 1991 is the canonical case), the hedge becomes a liability. The bet on continuous inflation is not free, and the household making it should understand it as a directional macro position, not a neutral consumption choice. **Purchase in a supply-constrained market with a 10+ year holding horizon, intending to occupy.** This is the narrowest case and the only one that holds up under rigorous saleability analysis. A household that will hold the home for 10+ years amortizes the transaction costs across a long enough time base that the 6% friction becomes tolerable. A supply-constrained local market provides a genuine probability of real (not just nominal) appreciation. The intent to occupy converts the consumption utility into a continuous return stream that liquid investments cannot match. **Outside this case, the math is harder than the culture admits.** A household in a supply-elastic market, with a holding horizon under 10 years, who has the discipline to invest the rent-versus-PITI delta in liquid diversified assets, will in expectation outperform the homeowner over almost any historical 30-year window — not because real estate is a bad investment, but because liquid diversified equities, supplemented with hard-asset positions in gold and select commodities, deliver higher risk-adjusted returns with vastly better Mengerian saleability properties. The renter's portfolio is *transportable*, *divisible*, *homogeneous*, and free from the perpetual ground-rent obligation. These are not minor advantages. They are the differences that Menger said matter most. ## What the framework actually says The New Austrian Economics framework does not say homeownership is bad. It says homeownership is *not what it has been culturally positioned as*. It is a leveraged, illiquid, geographically concentrated, state-encumbered consumption good with optional embedded inflation-hedging properties, financed by a 90-year-old policy construction whose continued operation depends on continued monetary expansion. It is a *consumption decision* with macro-bet characteristics, not a *wealth-building strategy*. The framework also says that the cultural elevation of homeownership to the central position in American financial life is itself a clue about the system's underlying dynamics. A monetary regime that requires its citizens to anchor their wealth in a low-saleability, state-encumbered, perpetually-extractive asset class — and that markets this arrangement as the foundation of normal life — is a regime whose own monetary instrument has lost the saleability properties Menger identified. Citizens reach for the home as a wealth-storage instrument *because* the dollar has become unreliable as one. The cultural commitment to the home is partially a symptom of the dollar's slow Mengerian decline. The reader's original instinct was correct in the sense that matters most. Equity is real, but the system that produces it is a policy artifact whose operation extracts perpetual rent from households in exchange for the appearance of wealth accumulation. The bank does not own the house, but the state does, and the homeowner pays both in perpetuity. The mortgage is structurally a household-issued bond whose cash flows benefit the central-bank-distorted rate environment that produced it. The "appreciation" is largely Cantillon-effect monetary inflation dressed up as productive return. None of this means the individual decision to buy a home is wrong. It means the decision should be made with clear eyes about what is actually being purchased, on what terms, with what continuing obligations, and against what alternatives. The cultural narrative is selling a wealth-building strategy. The actual transaction is more honest if classified as a leveraged macro bet on continued monetary debasement, packaged inside a long-dated illiquid consumption good, with a perpetual extraction stream payable to the local sovereign, secured by an asset whose Mengerian saleability is the worst of any major financial choice the household will make in its lifetime. That description is much less appealing than "the American Dream." But it is much closer to what is actually being signed at closing. And in 2026, with affordability metrics at multi-decade extremes, the lock-in effect freezing trillions in mortgage balances, the Federal Reserve's policy levers compromised by the AI-mediated dynamics described elsewhere in this series, and the broader saleability of the dollar itself in slow decline, getting the description right matters more than at any point in the 90-year history of the modern American mortgage. Menger gave us the framework to see this clearly. Fekete gave us the mechanism. The work of applying both to the dominant household financial decision of American life is what remains. --- *This bridge essay connects the foundational six-piece framework to the Housing Trilogy: agency MBS as paper substitutes, the one-time boom-era windfall pattern, and a constructive sketch of housing finance suited to sound money traditions. Reading it after Essays [1](/forum/why-gold-didnt-spike), [2](/forum/hormuz-yuan-toll-mengerian-event), [3](/forum/decay-function-of-marketability), [4](/forum/omo-light-speed-capital-destruction), [5](/forum/ai-compute-as-nascent-real-bills), and [6](/forum/cryptographic-marketability-premium) or before Essays [8](/forum/08-agency-mbs-paper-substitute), [9](/forum/09-boomer-trade-one-time-windfall), and [10](/forum/10-honest-housing-finance) both work.* --- # The Cryptographic Marketability Premium: How Frontier AI Labs Became the De Facto Issuers of the Digital Trust Layer URL: https://newaustrianeconomics.com/forum/cryptographic-marketability-premium/ Date: 2026-04-24 Author: Jason D. Keys Tags: Fekete, Menger, quantum computing, Q Day, AI, Anthropic, Project Glasswing, cryptography, monetary authority, power structures Description: The saleability of every digital financial claim in 2026 depends on a cryptographic substrate that is approaching two simultaneous threats: the arrival of cryptographically relevant quantum computing, and the asymmetric deployment of frontier AI for vulnerability discovery. The institutions that control the solution have become a new kind of monetary authority — operating entirely outside the Federal Reserve Act framework, and largely without the awareness of those they effectively govern. # The Cryptographic Marketability Premium: How Frontier AI Labs Became the De Facto Issuers of the Digital Trust Layer On April 7, 2026, Anthropic announced Project Glasswing, a cross-industry cybersecurity initiative powered by its most capable frontier model, Claude Mythos Preview. The partner list was the salient data point. Alongside Anthropic itself: Apple, Google, Microsoft, Amazon Web Services, Nvidia, Cisco, Palo Alto Networks, Broadcom, Cato Networks, JPMorgan Chase, and the Linux Foundation. Anthropic committed \$100 million in model-usage credits and an additional \$4 million in direct donations to open-source security organizations. Mythos Preview, per Anthropic's own disclosure, had already found thousands of high-severity vulnerabilities across every major operating system and web browser — some latent for three decades before the model surfaced them. Anthropic explicitly decided not to release Mythos Preview publicly, citing the concentration of offensive capability the model would confer if it escaped the controlled partnership. A week before the Glasswing announcement, Google had publicly set an internal 2029 deadline for migrating its own production systems to post-quantum cryptography. Cloudflare, in its follow-up post, set the same 2029 target and added that post-quantum authentication had moved from a secondary priority to its highest urgency. The U.S. National Institute of Standards and Technology had finalized its first three post-quantum cryptographic standards — FIPS 203, 204, and 205 — the previous year. The 2026 consensus among security practitioners is that Q Day, the moment a cryptographically relevant quantum computer exists, will probably arrive before 2030. "Harvest now, decrypt later" operations — in which encrypted traffic is collected and warehoused for future decryption — are now acknowledged by multiple government and corporate security organizations to be occurring at nation-state scale. Almost no one discussed these two announcements as a single event. They are one event. The saleability — in Menger's strict sense — of every digital financial claim on earth depends on a cryptographic substrate whose integrity is approaching two simultaneous, independent threats. The institutions with privileged access to the tools for addressing those threats have, in doing so, taken on a role that no statute contemplates: the role of *issuer* of the trust layer underneath the global financial system. This is not a metaphor. It is a structural description. And it is the most consequential development in monetary architecture since the 1971 closing of the gold window. ## Marketability, revisited for the digital era Menger defined the saleability of a good by the conditions under which it could be exchanged: how easily, in what time frame, at what discount from nominal value, under what circumstances of counterparty doubt. He identified the characteristics that enhanced saleability — divisibility, durability, widespread demand, homogeneity, transportability — and argued that the good occupying the highest position on the resulting spectrum becomes money. Fekete extended this framework into the 20th century by showing how the *paper substitute* for a monetary good inherits its saleability only under conditions where the substitute is credibly redeemable. When that credibility erodes, the saleability of the substitute decays relative to the underlying, producing the gold basis phenomenon and — at the limit — backwardation. The paper's saleability is not a property of the paper. It is a property of the credibility of the claim that the paper represents. The application of this framework to the 21st-century digital economy is immediate but has not, to my knowledge, been made explicitly anywhere in the literature. *Every* dollar held in a bank account, every Treasury on a broker's book, every stock certificate in a DTCC record, every cross-border payment through SWIFT, every central-bank reserve entry — every single digital financial claim in the modern system — is a paper substitute in Fekete's sense. The "paper" is a digital record. Its saleability depends on the credibility of the record. And in 2026, the credibility of every digital record rests on a cryptographic substrate: TLS for transport, RSA or ECC signatures for authentication, SHA-256 and related hash functions for integrity, hardware security modules for key custody. If the cryptographic substrate fails — for any reason — the digital claim becomes, in the most literal sense, an unverifiable assertion. Not "an assertion whose enforcement is contested." An assertion whose *identity* cannot be established. The record of ownership, the signature authorizing a transfer, the hash chain proving a transaction's history — all of these presume a cryptographic floor. Without that floor, the claim is not merely less saleable. It is structurally unidentifiable. This is the concept I propose, and will name, the *Cryptographic Marketability Premium* (CMP). CMP is the portion of any digital financial claim's present value that exists *only* because its cryptographic substrate is believed secure. Under normal conditions, when everyone assumes the cryptography works, CMP is invisible — it is bundled into the claim's nominal value, indistinguishable from the rest of the claim's worth. Under conditions of rising doubt about the substrate, CMP becomes visible as a *spread* between claims with different cryptographic assurances. The spread is the market revealing that it has begun to discount the instruments whose substrate it trusts less. In 2026, CMP is on the cusp of becoming visible in five identifiable ways. ## Five places where CMP will appear The first place CMP will become visible is the spread between instruments secured by post-quantum algorithms and those still secured by legacy RSA or ECC. Such spreads do not exist today, because no market currently distinguishes these two categories. But they will exist by 2028 at the latest, as institutional allocators begin to require PQC-secured claims for long-duration obligations. The instrument whose maturity is 2045 and whose signature algorithm is RSA-2048 is not equivalent to the instrument whose maturity is 2045 and whose signature algorithm is NIST FIPS 204. The market has not yet priced the difference. It will. The second place is the implied volatility on deep out-of-the-money puts against the equity of custody, settlement, and payment infrastructure — DTCC, Fedwire, CLS, the major custodian banks, the stablecoin issuers. These are the instruments whose value would collapse in a cryptographic-failure scenario. The deep puts against them are the market's cheapest way to insure against that outcome. When CMP begins to rise, the volatility surface on those options will begin to steepen in a characteristic way that any quantitative observer can track. The third place is the central-bank gold-purchase trajectory relative to dollar reserves. This is already widening sharply. Central banks have been net buyers of gold for four consecutive years at a cumulative pace that implies a structural reallocation. This is partially explained by the 2022 Russian reserve freeze (a weaponization concern) and partially by dollar-dilution concern. But it is also, in part, a CMP signal — a reach for an asset whose saleability does not depend on any digital substrate at all. The purchase pace accelerates as CMP becomes more visible. The fourth place is the spread in corporate cyber-insurance premiums for cryptographic-failure riders. This market is nascent but growing. As underwriters develop pricing models for the tail risk of cryptographic substrate failure, the premiums themselves constitute a market-clearing price for CMP. The fifth place is the one most specific to the Glasswing moment: the emerging *resilience premium* for firms with access to frontier AI-assisted defensive cybersecurity versus those without. A bank with Mythos-tier vulnerability discovery and patching is in a categorically different risk position than a bank without. Over the next several years, that difference will begin to manifest in credit spreads, funding costs, and eventually equity valuations. The premium will be small at first, and attributable to many factors, but it will be real and measurable. ## The 1909 parallel In his 2014 interview *Menger or Mises*, Fekete identified what he considered the pivotal moment of pre-1914 monetary decay: the 1909 decision by France, quickly followed by Germany, to make the notes of their central banks *legal tender*. He wrote: > This seemingly invalidated the Gold Bills Doctrine as it pretended that gold bills could mature into paper. But it is preposterous to suggest that one kind of paper could "mature" into another kind of paper of lesser marketability. The 1909 decision did something structurally specific: it privatized a public function (the issuance of legal money) by handing a de facto monopoly to a specific institution (the Bank of France, the Reichsbank) whose issuance was thereafter unconstrained by redemption discipline. Fekete viewed this as the single largest step toward the monetary pathology that ultimately produced the Great Depression and the entire post-war fiat regime. The Glasswing moment has the same structural shape, in a different domain. The trust layer that secures digital financial claims has, until now, been a diffuse, open, and primarily public good. Cryptographic standards have been developed openly through organizations like NIST, the IETF, and the academic cryptography community. Implementation has been widely distributed. No single entity has monopolized the issuance of trust. The post-Mythos environment is different in kind. A capability has emerged — AI-mediated vulnerability discovery at superhuman scale — that is too dangerous to release publicly and is therefore being distributed selectively to a small set of institutional partners. The selection criteria are opaque to the public, known only to the issuing lab. The capability itself is proprietary and protected by some combination of model-weight secrecy, usage restrictions, and compute barriers to reproduction. The institutions inside the partnership gain access to a defensive capability their competitors do not have. The institutions outside the partnership are exposed to risks the insiders are not. This is a private monopoly on the issuance of a specific form of trust. The trust is not the trust of money — the Federal Reserve still issues that. But it is the trust of the *substrate* underneath money, and underneath every other digital financial claim. And because the substrate is foundational to the saleability of the claims built on top of it, whoever controls the substrate is, in Fekete's framework, a new kind of monetary authority. This is not a claim about anyone's intentions. Anthropic's stated motivation for Glasswing is to close a widening offensive-defensive gap in cybersecurity, and there is no reason to doubt that this is sincerely the intent. Fekete's critique of the 1909 legal-tender decision was also not a claim about anyone's intentions. The French and German central banks were not conspiring to cause the Great Depression. They were responding to specific policy pressures in what seemed, at the time, like a reasonable way. The structural consequences unfolded across the following decades regardless of the intent of the participants. *Structure does not care about intent*. That is the Fekete point. A private monopoly on a foundational trust-issuing function will produce the structural consequences of such a monopoly, regardless of how carefully the monopolist stewards the capability. And those consequences will be compounding, asymmetric, and largely invisible until they are irreversible. ## The cartel shape The Glasswing partner list, re-read with the above framework in mind, describes the shape of the emerging private monetary infrastructure with remarkable clarity. - **Apple, Google, Microsoft, Amazon**: the four firms that collectively control the primary consumer and enterprise computing platforms on earth. The surface area through which Glasswing-tier defensive capabilities can propagate downstream. - **Nvidia**: the sole critical supplier of the training compute used to produce Mythos and its successors. The chokepoint at which the issuance of new trust capability can be regulated. - **Cisco, Palo Alto Networks, Broadcom, Cato Networks**: the network infrastructure and security tooling tier, through which the operational expression of the defensive capability is distributed. - **JPMorgan Chase**: the only bank in the partnership. The most systemically important U.S. financial institution. The canonical example of what it means for Glasswing-tier access to confer a solvency-grade advantage over non-access competitors. - **Linux Foundation**: the steward of the open-source substrate on which most of modern infrastructure runs, and therefore the channel through which the defensive capability can be pushed into the broader ecosystem on Glasswing's terms. - **Anthropic**: the issuer of the capability itself. This is not an accidental configuration. It is an approximately minimal set of institutions required to constitute a self-contained trust-issuance regime. The computing platforms, the compute supplier, the network stack, the critical banking node, the open-source distribution channel, and the model provider. Every other institution in the global digital economy is, in some structural sense, downstream of this set. A reasonable observer in the 1930s could have drawn a similar box around the Federal Reserve, the major New York money-center banks, the U.S. Treasury, and a handful of affiliated clearinghouses and produced an equivalent map of the pre-war U.S. monetary establishment. The shape of the Glasswing set is, structurally, a nascent private Bretton Woods for the digital-trust era. ## Why the Fed cannot intervene The Federal Reserve's toolkit, from open market operations through quantitative easing to the emergency lending facilities developed in 2008 and expanded in 2020, is built entirely on one presumption: that the digital rails through which the Fed moves money are trustworthy. Fedwire works. The discount window works. The reverse-repo facility works. The primary dealer network works. The TRACE reporting works. Every one of these systems depends on the cryptographic substrate that Glasswing and the post-quantum migration are racing to secure. If that substrate is compromised — whether by Q Day's arrival, by an AI-discovered zero-day in a critical payment system, or by the cascading failure of trust in any of a thousand production systems — the Fed's monetary tools do not become more or less effective. They become *unusable*. The central bank cannot inject liquidity through a payment rail whose cryptographic integrity cannot be verified. It cannot conduct open market operations on records whose signatures cannot be distinguished from forgeries. It cannot extend emergency credit through a primary dealer network whose settlement messages may or may not be authentic. This is the crisis that the Fed's entire institutional design assumes cannot occur. Fekete's critique of the 1922 open-market-operations innovation was that it made possible a specific pathology (capital erosion through bond-price manipulation) that the pre-1922 Federal Reserve Act was explicitly designed to prevent. The Glasswing moment introduces a pathology the *entire* Federal Reserve Act presumes away: a crisis in the informational substrate of money itself, which monetary policy tools cannot reach. In this specific domain, the institutions of the Glasswing cartel are the relevant authority and the Fed is a spectator. Not by design. By the structural nature of the problem. ## The Mengerian endnote Menger's fundamental argument about money was that it emerges *bottom-up*, through the individual decisions of many unrelated traders to accept progressively more saleable instruments in exchange for less saleable ones. Money, he insisted, "has not been generated by law. In its origin it is a social, and not a state institution." The digital trust layer is not emerging this way. It is emerging top-down, from a small set of laboratories with the resources to produce frontier AI capabilities, to a partner cartel of strategically critical institutions, through deliberate issuance decisions made by a tiny number of people. The Glasswing model of trust issuance is not a Mengerian process. It is structurally opposite to the Mengerian process. This is not necessarily bad. Frontier AI security capability is a genuine technical breakthrough, and concentrating it in responsible hands may be the correct policy at this moment. The structural critique does not require that the current stewards be acting against the public interest. It requires only that we recognize what has been produced: a privatized, centralized, non-transparent, and now-essential trust-issuance function embedded in the operational substrate of the global financial system. The appropriate response, from within the New Austrian Economics framework, is not to dismantle Glasswing. The capability cannot be un-invented. The cartel cannot be broken up without worse alternatives taking its place. The appropriate response is to recognize what has been created, and to build the public and decentralized institutions necessary to counterbalance it. These would include: - Transparent post-quantum cryptographic standards, independently implemented and openly audited, that do not depend on any private lab's capability for their verification. - Publicly funded AI-assisted defensive cybersecurity, producing capabilities adjacent to Mythos's but available without membership in any private cartel. - International agreements that treat frontier AI security capability as a good-faith-shared public resource, analogous to historical agreements on nuclear materials (where the shared-resource framing ultimately prevailed, imperfectly but meaningfully, over the closed-cartel alternative). - A revival of the Mengerian bottom-up tradition in digital-trust issuance, through decentralized cryptographic systems (Bitcoin, Ethereum, and their successors) whose trust emerges from distributed participation rather than from the decisions of any single issuer. None of this is likely to happen quickly. The Glasswing cartel has a head start. The capability gap will widen before it narrows. The CMP signals will become visible in the five forms described earlier, and the financial consequences of CMP becoming visible will propagate through markets regardless of whether anyone in the policy establishment has the vocabulary to describe what is occurring. ## What Fekete would have said Fekete died in 2020. He did not live to see Glasswing, or the Mythos model, or the Q Day timeline. But the structure of his analytical framework answers the question of what he would have said almost without ambiguity. He would have said this is 1909 all over again, in a new domain. A privatized monopoly on a foundational monetary function, granted without public consent or awareness, by institutions acting in what they believed to be the public interest, producing asymmetric advantages that will compound for decades and ultimately produce a structural crisis that the monetary authority cannot address because the problem operates at a level below monetary policy's reach. He would have said that the proper response is to restore the Mengerian foundations: to make the trust layer an open, competitive, distributed, market-determined function rather than a privately issued one. This will not be easy. In 1909, the proper response would have been to refuse legal-tender status to central-bank notes and to restore the gold-bill regime. That did not happen. The consequences played out across the following century. The 2026 Glasswing moment is a structurally similar inflection. The choice to address it well, while the Mengerian alternatives still exist, is open for perhaps the next five to ten years. After that, the cartel consolidation and compounding effects will be irreversible, and subsequent generations will inherit the structure as a given fact of monetary life — in the same way the post-1909 world inherited central-bank monopolies on money issuance and could no longer imagine any other arrangement. The New Austrian Economics is, I believe, the framework best positioned to see what is happening and to describe it clearly while the window is still open. This essay is one contribution. The much larger work remains. --- *This concludes the first wave of the New Austrian Economics series. Future essays will develop the decay-function framework into a working quantitative dashboard, track CMP signals as they become observable, and extend the analysis to the crypto-native monetary experiments (Bitcoin, Ethereum, and their derivatives) that constitute the most serious contemporary attempt to build a Mengerian bottom-up alternative to the Glasswing-era trust architecture. The intellectual debt of the entire series is to Carl Menger and Antal E. Fekete, without whom the framework would not exist; any errors of application or extension are entirely my own.* --- # AI Compute as Nascent Real Bills: A Clearing Instrument for the Machine Economy URL: https://newaustrianeconomics.com/forum/ai-compute-as-nascent-real-bills/ Date: 2026-04-23 Author: Jason D. Keys Tags: Fekete, Menger, Adam Smith, real bills, gold bills, AI compute, clearing, monetary theory Description: Fekete's most misunderstood idea — the Real Bills Doctrine — described how the 18th-century commercial economy spontaneously developed a short-duration, self-liquidating clearing instrument for goods in transit to the consumer. The 21st-century compute economy is developing the same thing, and no one is calling it what it is. # AI Compute as Nascent Real Bills: A Clearing Instrument for the Machine Economy Antal Fekete spent the last two decades of his life arguing that Adam Smith's Real Bills Doctrine — dismissed by Mises, ignored by most post-Mises Austrians, and largely absent from contemporary monetary economics — was the single most important organizing principle for understanding how commercial economies actually clear without recourse to central-bank credit. Shortly before his death, at the suggestion of his student Paul Bouvet, he renamed the concept from "real bills" to "gold bills," partly to emphasize the critical requirement that such bills must mature into gold coins, and partly because the adjective "real" had been used pejoratively by the Chicago school to dismiss the idea. Under either name, the concept has a specific structure that makes it very easy to recognize wherever it appears. The goal of this essay is to argue that the concept is appearing right now, in a form Fekete could not have predicted, inside the commercial machinery of the AI industry. The AI economy is spontaneously developing a clearing instrument that has the exact structural features of a Fekete gold bill, minus the gold backing. This is not a small observation. If it is correct, it means the first genuine monetary-adjacent clearing instrument to emerge in the commercial world since the industrial revolution is forming inside the operational plumbing of the model providers, and almost no one — including the companies issuing the instruments — is aware of what they are. ## What a real bill actually is The distinction Fekete insisted on, and that most of his Austrian contemporaries refused to accept, is this: *a real bill is not a loan*. It is a clearing instrument. When a producer of semi-finished goods — Fekete's standard example was a Lancashire cloth merchant in the late 18th century — delivered those goods to the next stage in the supply chain, payment in gold coin at the moment of delivery was impractical. The receiving party did not yet have the gold. The gold would come, with high probability, when the finished product reached the ultimate consumer three to six weeks later. Rather than demand immediate settlement in coin, the receiving party would accept a *bill* — a short-duration claim on the future gold receipts, typically maturing in 91 days, the approximate time required for the good to move through the remaining stages and reach the final consumer. The bill could be endorsed and passed along. A merchant receiving a bill could use it to pay his own supplier. The supplier could discount it at a bank, or hold it to maturity. When the final consumer paid gold for the finished good, the gold flowed back up the chain and settled all the outstanding bills along the way. Critically — and this is the point that Mises missed and that Fekete died trying to restore — no party in this chain was *lending* anything. Each party was simply accepting a short-duration claim on gold that was known, with very high probability, to be arriving shortly. The bill did not finance consumption. It did not create new demand. It did not expand the money supply. It *cleared a sequence of transactions that had already occurred in the real economy* in a way that permitted trade to proceed without requiring each party to hold enough gold on hand to settle every stage in cash. Fekete's summary: "Gold bills are not evidence of lending and indebtedness. They are evidence of clearing and cooperation." The characteristics that made a bill "real" in Adam Smith's sense — and "gold" in Fekete's — were five. - **Self-liquidating**: the bill matured when the underlying good reached the consumer and was paid for in gold. No rollover was required. No discretionary decision by any party was needed to retire the bill. - **Short duration**: 91 days was canonical; longer maturities were treated as loans, not bills, and were handled differently. - **Claim on a specific productive good in transit**: the bill was never an abstract claim. It was tied to an identifiable good that was verifiably moving through the supply chain toward a known final consumer. - **Arising spontaneously from commerce**: bills were drawn by the parties to a commercial transaction, not issued by a bank or government. The bill market grew bottom-up. - **Discounted at a rate determined by the market**: the discount rate on a bill reflected the market's assessment of the probability that the underlying good would reach the consumer and be paid for in time. It was a market price, not a policy rate. A real bill with these five features, Fekete argued, was the highest-quality earning asset that could exist in a commercial bank's portfolio. It was more saleable than gold bonds. It financed no new credit. It was simply the technical mechanism by which a commercial economy cleared production runs without tying up enormous quantities of gold at every intermediate stage. ## What AI compute is, and why it matches Consider the modern AI economy's operational layer. A developer needs compute — GPU hours, API credits, inference tokens — to serve end customers. The developer's end customers will pay for the service in cash, roughly continuously, as the service is consumed. The compute consumed between the developer and the end customer is a short-duration input, tied to a specific productive output (the service delivered), flowing through a value chain from hyperscaler to developer to end user. The contracts that govern this flow have a very specific structure. **AWS Savings Plans**, **Azure Reserved Capacity**, and **Google Cloud Commitments** are annual or multi-annual commitments to a certain volume of compute consumption, priced at a discount to on-demand. These are too long to fit the gold-bill structural definition, and are closer to forward contracts than to bills. But the *shorter-duration* instruments matching the structure are proliferating rapidly. API credit packages — purchased in advance, consumed on use, expiring in weeks to months — behave as self-liquidating claims on specific productive output. GPU marketplaces like CoreWeave's spot market, Runpod, Lambda Labs, and a growing set of brokers like Together.ai, Parasail, and Nebius offer variable-duration compute contracts that are often in the 30-to-90-day range. Token bundles at the major model providers — most visibly Anthropic, OpenAI, and Google — are issued in specific denominations, consumed on use, and track a specific productive throughput of generation tokens. Every one of these instruments exhibits the five features of a gold bill, with a single substitution: the underlying commodity is not gold but compute, and the denomination is not gold coin but U.S. dollars. **Self-liquidating**: an API credit extinguishes when the inference is performed. A reserved GPU hour extinguishes when the hour passes. There is no rollover mechanism. The instruments retire themselves. **Short duration**: the typical lifecycle from issuance to consumption is weeks. The longer-dated commitments are outliers; the working population of these instruments turns over on a 30-to-90-day cycle. **Claim on a specific productive good**: the underlying is compute delivered by a specific infrastructure provider, measurable in well-defined units (FLOPs, tokens, GPU-hours, query volume). **Arising spontaneously from commerce**: the instruments were not created by regulatory fiat. They emerged because the commercial reality of AI service provision required a clearing mechanism between the providers' capacity-planning horizons and the consumers' demand cycles. The providers did not consult monetary economists before issuing them. They simply began issuing them because it was the obvious way to structure the commercial relationship. **Discounted at a market-determined rate**: the discount between spot and forward compute pricing is substantial (often 40 to 70% for multi-year commitments), is continuously renegotiated, and is an active commercial variable. The discount is a market price, not a policy rate. The analogy is not approximate. It is exact, on every structural dimension that Fekete cared about. ## What is missing The gap between a compute bill and a gold bill is that the gold bill matured into gold, and the compute bill matures into dollars. This is not a small difference. The gold bill's ultimate integrity rested on the gold coin at the end of the chain; the compute bill's ultimate integrity rests on the stability of the dollar in which the underlying contracts are denominated. If the dollar's saleability continues to erode along the trajectory described elsewhere in this series, the compute bill inherits that erosion. A short-duration claim on dollar-denominated compute is not structurally better than a short-duration claim on any other dollar-denominated output, at the level of monetary resilience. But there is a *potential* bridge here, and it is the part of the analysis that most rewards further thought. The compute good underlying the bill — GPU cycles, inference tokens — is itself a physical, productively useful commodity in a way that many other service goods are not. It can in principle be priced and settled in any medium of exchange that both parties to the contract agree on. There is no inherent reason the compute bill must remain dollar-denominated. If, for instance, a meaningful volume of compute contracts began to be written and settled in a cryptographically-settled, non-fiat medium — or in a hybrid arrangement where the dollar denomination was a pricing reference but the actual settlement was in some other instrument — the compute bill would become a monetary-adjacent clearing instrument that was *independent* of the fiat substrate. This is not a science-fiction scenario. The underlying primitives for it already exist. What is missing is a standard form and a critical mass of issuance. ## The Menger angle In Menger's marketability framework, the characteristics of a good that confer high saleability include homogeneity, divisibility, durability, and widespread demand. Compute, as a commodity, scores remarkably high on each. **Homogeneity** is achieved through hardware standardization (an H100 GPU-hour is substantially fungible across providers) and benchmark equivalence (FLOPs or tokens or inference-queries-per-second are directly comparable units). **Divisibility** is nearly perfect. A single inference can be billed in fractions of a cent. The smallest unit of compute is orders of magnitude smaller than the smallest unit of currency. **Durability** is problematic in a specific way: compute itself is not durable — it is consumed on use — but *claims on future compute* are as durable as the issuer's solvency and the infrastructure's continued operation. This is a distinction from gold, which is physically durable independent of any issuer. But it is a similar structural position to that of a commercial bill, which is durable only through the maturity of the underlying good. **Widespread demand** is the remarkable feature. In 2026, essentially every technology company, every financial institution, every research organization, and a growing share of consumer activity generates demand for inference compute. The universe of parties that will accept a well-structured compute credit in exchange for a good or service they have to offer is large and growing. This is the characteristic that Menger identified as most fundamental to saleability. Compute is not money, in Menger's strict sense, and I am not arguing that it should or could be. But it is plausibly climbing the saleability spectrum faster than any new commodity has climbed it in modern history, and it is doing so in an instrument form — the short-duration, self-liquidating claim on productive output — that matches Fekete's preferred clearing structure precisely. ## Why the Austrians missed it The Mengerian and Fekete-ian traditions should have seen this coming first. They were handed the framework that fits the observation most exactly. Two factors have prevented the identification. First, most contemporary Austrians inherited the Misesian dismissal of the Real Bills Doctrine. Mises held that real bills were inflationary because he treated them as a form of credit creation. Fekete's career-long project was to demonstrate that this was a misreading — that bills were clearing, not credit. The Austrian tradition as a whole did not accept Fekete's correction. As a result, most contemporary Austrians are not looking for real-bill-type structures in the modern economy, because they have been trained to regard any such structure as inflationary and therefore suspect. Second, the schools that *would* be receptive to the structural observation — heterodox monetary theorists, MMT-adjacent thinkers, the Bitcoin and Ethereum developer communities — are not particularly literate in Fekete and Menger. The Bitcoin community, in particular, has developed a sophisticated understanding of the gold-bill-like properties of certain Lightning Network and Layer-2 instruments, but does so in a vocabulary that makes no contact with the classical monetary tradition. The two literatures are not in dialogue. The New Austrian Economics, as distinct from the Misesian or Rothbardian lines, should be able to bridge this gap. Fekete's framework is exactly the one that makes the compute-bill observation legible. Applying it requires only that we take his corrections to Mises seriously, and that we look at the actual commercial structures that have emerged in the compute economy without assuming in advance that they must be some form of credit expansion. ## What to watch for If the compute-bill thesis is correct, three developments would confirm it. **Standardization of terms**: the current compute-contract market is fragmented and bespoke. Each hyperscaler and broker issues instruments in their own format. Real bills in the 18th century went through a similar early phase before market practice converged on standardized maturities, standardized denominations, and standardized endorsement conventions. A similar convergence in the compute market would be a strong signal that the structural analogy is developing. **Secondary market depth**: real bills became a major clearing instrument when a deep, continuous secondary market in them developed at the major commercial banks, through the discount window. A secondary market in compute bills — where a party holding future compute credits could sell them to a third party without recourse to the issuer — would be the single most important structural development for the monetary analog. Some early versions of this exist (compute broker resale, GPU spot market instruments), but the volume and standardization are not yet at the level of a mature bill market. **Emergence of specialized discount houses**: in the Smith-Menger-Fekete framework, the commercial bank's core business was discounting real bills. A modern equivalent would be specialized financial firms whose primary business is the wholesale discounting of compute instruments — pricing, packaging, and distributing them across the economy. Several startups in the adjacent space are visible (compute-futures brokers, reserved-capacity aggregators), but none has yet assumed the full "discount house" role. The first of these three milestones will probably emerge in the next 24 months. The second and third are further out but plausible within the decade. ## The larger significance The compute economy is quietly constructing, without intent or theoretical self-awareness, a clearing layer that has the structural features Fekete spent his career defending. This matters for two reasons. First, it is evidence that the Smith-Menger-Fekete framework is descriptively correct: commercial economies spontaneously develop gold-bill-type structures when the demand for a productive input requires clearing faster than currency-based settlement can provide. Fekete insisted this would be true under any monetary regime in which genuine productive activity took place. The compute economy is confirming the claim. Second, it means the New Austrian Economics has an empirical opening that the older Austrian traditions closed off for themselves. If the decline of dollar saleability continues along the trajectory of the last several years, and if the compute economy continues developing its own clearing mechanism, there is a plausible future in which the commercial world develops its operational plumbing *around* the fiat system rather than *through* it. Not by monetary revolution. By the same quiet, incremental, self-interested process that produced gold bills in Lancashire cloth mills 250 years ago. The first step in making that future visible is identifying what is already happening. Fekete gave us the vocabulary. The compute economy is writing the next chapter, in real time, while the policy establishment and most of the economics profession continue to insist nothing of monetary significance is occurring. --- *Next in this series: the capstone essay on the emergence of frontier AI labs as de facto issuers of the cryptographic trust layer that secures every digital financial claim — a development that may render the Federal Reserve Act's architecture structurally obsolete in a way the Fed itself cannot address.* --- # Open Market Operations at Light Speed: How AI Converted Fekete's 1922 Warning into a Closed-Loop Capital Destruction Engine URL: https://newaustrianeconomics.com/forum/omo-light-speed-capital-destruction/ Date: 2026-04-22 Author: Jason D. Keys Tags: Fekete, Federal Reserve, open market operations, algorithmic trading, AI, capital destruction, monetary policy Description: Fekete argued that the illegal introduction of open market operations in 1922 made bond speculation risk-free and destabilized the interest-rate structure. AI-driven algorithmic trading has automated this mechanism and accelerated it to the physical limits of latency. The predicted consequence — systemic capital destruction — is no longer theoretical. # Open Market Operations at Light Speed: How AI Converted Fekete's 1922 Warning into a Closed-Loop Capital Destruction Engine In a 2014 interview, Antal Fekete described the policy of Federal Reserve open market operations as "a check-kiting scheme, pure and simple." He argued that the mechanism, introduced by the Fed in 1922, had been illegal from inception: the Federal Reserve Act of 1913 deliberately excluded U.S. government bills, notes, and bonds from the list of paper eligible for Fed purchase, in order to prevent the central bank from monetizing government debt. The Fed did it anyway in 1922, in what Fekete viewed as the single most consequential violation of the founding monetary statute. Congress retroactively legalized the practice in 1935, after the damage from the 1929 crash — which Fekete attributed in large part to the 1922 innovation — was already done. The specific mechanism Fekete objected to was not the monetization itself, though he objected to that too. It was a second-order effect: open market operations, once they became routine, made bond speculation *risk-free*. When the Fed pre-announces its bond purchases, speculators can front-run the Fed, buying bonds before the Fed does and selling them to the Fed at a guaranteed profit. The profit is not the result of economic judgment. It is a predictable consequence of a transparent policy. Fekete predicted two things would follow from this arrangement. First, the bond market would develop a class of speculators whose entire business model was riding central-bank flows, rather than evaluating the underlying credits. Second — and this was the deeper point — the simultaneous manipulation of the interest rate (down) and the bond price (up) by the central bank would produce a form of capital destruction that standard monetary economics could not detect, because it worked by *inflating* the reported capital of financial institutions while *deflating* their actual solvency. Both predictions have been borne out. And in the last five years, the mechanism Fekete described has been accelerated to the physical limits of latency and automated beyond any human capacity to monitor or correct. ## Fekete's Iron Law The theoretical core of Fekete's critique can be stated in a single sentence: *you cannot simultaneously reduce the rate of interest and the price of bonds, because the two variables are inversely related by definition*. A bond's price and its yield move in opposite directions. When the central bank buys bonds to push yields down, bond prices rise by arithmetic necessity. Any financial institution that holds bonds on its balance sheet — which is essentially every bank, every insurer, every pension fund — appears to experience a capital gain. Reported capital increases. Apparent solvency improves. But the *productive capacity* of that capital has been impaired in exactly the same arithmetic proportion. The bond that now trades at a higher price yields less future income. Every institution that holds it has just been handed a mark-up that will reverse, with perfect certainty, as the bond matures at par. In the meantime, the institution must replace its maturing bonds with new bonds yielding less. Its future earning power has been quietly destroyed while its current balance sheet has been flattered. Fekete called this process *capital erosion*, distinct from *capital destruction* (which was its terminal phase). He argued that the erosion accumulates silently on the liability side of the balance sheet — the bond that funds the institution's operations is nominally larger, but the income stream that services it has been cut. The gap is the erosion. When it becomes too large to paper over, the institution experiences what Fekete called *sudden death syndrome*: apparent solvency one quarter, insolvency the next, with no intermediate warning in conventional accounting. The mechanism cannot be fixed by the tools that created it. Further interest rate cuts deepen the erosion. Rate increases reveal it, by reversing the bond-price mark-up that had concealed it. In either direction, capital is destroyed. Under a gold standard, Fekete argued, this pathology is impossible, because the central bank cannot simultaneously suppress rates and inflate bond prices without losing gold. Under fiat, nothing prevents the operation, and nothing reveals the damage until the institutions begin to fail in sequence. ## The 2023 proof case Silicon Valley Bank's March 2023 failure was the clearest recent illustration of Fekete's mechanism, though almost no mainstream commentary framed it that way. SVB had accumulated a large portfolio of long-dated Treasuries during the ZIRP and QE era, at prices the Fed's policy had directly inflated. On the regulatory balance sheet, the portfolio appeared sound. When the Fed reversed policy and rates rose, the mark-to-market losses on the portfolio — never realized on the regulatory balance sheet thanks to the held-to-maturity accounting treatment — became a deposit-run vulnerability. The *apparent* capital that QE had created disappeared the moment the policy reversed, and a solvent-looking institution became insolvent in days. This was not a failure of bank supervision. It was the predicted outcome of the mechanism Fekete described in 1922 terms and spent sixty years warning about. SVB held bonds the Fed had spent a decade inflating, and was caught when the Fed let them deflate. The "unrealized losses" across the U.S. banking system at the peak of the 2023 episode were estimated at over \$600 billion — an appropriately Fekete-scale number for capital that was never truly there. The institutions that escaped SVB's fate did so by having access to deposits stickier than SVB's (and by regulatory forbearance that let them hold the underwater bonds to maturity rather than realize the losses). Neither is a structural solution. The erosion remains in the system. The reversal remains incomplete. The next occasion will not be kinder. ## The AI acceleration What is new in 2026, and what Fekete did not live to see, is that the speculation he described in 1922 terms has been fully automated and compressed to the physical limits of information propagation. The Fed now pre-announces not only the fact of its bond purchases but the specific timing, volume, and maturity distribution of its operations, in advance and in public, through multiple channels. Dealer-bank research desks decode Fed communications in real time. Algorithmic trading systems trained on those communications — and, increasingly, on the full corpus of central-bank speech, testimony, and committee minutes — adjust positions within microseconds of any new signal. Six high-frequency trading principals — Citadel Securities, Virtu Financial, Jump Trading, XTX Markets, Tower Research Capital, and Hudson River Trading — collectively provide 30 to 40% of displayed depth across U.S. equities, European fixed income, and global foreign exchange. Algorithmic strategies execute 60 to 70% of equity volume. The automated algorithmic trading market reached roughly \$27 billion in 2026 and is growing at 13% annually. JPMorgan's internal AI research reports that AI-driven execution algorithms produce 23% higher returns than traditional strategies, reduce transaction costs by 20 to 30%, and cut slippage by approximately 35%. Read alongside Fekete's 1922 critique, these figures describe a specific system: the front-running that Fekete identified as the core pathology of open market operations is now performed by a small number of firms, at speeds that exclude any human participation, using machine-learning models trained to anticipate Federal Reserve actions before they occur. The "risk-free profit" Fekete described has been industrialized. The profit is no longer scattered across thousands of traders exercising individual judgment. It is concentrated in six firms executing algorithmic strategies at hardware-latency limits. ## The closed loop The feedback structure that results is what deserves the label *closed-loop capital destruction engine*. The loop has four stages. **Stage one**: the Fed commits to a path of bond purchases or rate suppression, directly or through forward guidance. **Stage two**: algorithmic trading systems front-run the committed path in nanoseconds, moving bond prices and derivative hedges to the anticipated end-state before the Fed's actual operations take place. **Stage three**: financial institutions mark their bond holdings to the inflated prices, reporting capital gains that are, in Fekete's sense, putative rather than real. Apparent bank capital grows. Reported regulatory ratios improve. Equity analysts upgrade. **Stage four**: the institutions' underlying earning power — the yield on their bond portfolios, the net interest margin on their loan books — silently deteriorates. The reported improvement in capital masks a deterioration in the cash-flow engine that actually services the institution's liabilities. The gap between apparent and real solvency widens. The Federal Reserve then reviews the financial system, observes that "bank capital has strengthened," and concludes that its policy has been successful. The Working Group on Financial Markets (the Plunge Protection Team) monitors for disorderly conditions and, finding none in the inflated-price regime, takes no action. The loop repeats. Each iteration of this loop widens the gap between reported and real capital. Each iteration increases the systemic exposure to a rate reversal. Each iteration produces a set of SVB-like vulnerabilities, distributed across thousands of institutions, that will all be triggered at once by the first large rate move in the reverse direction. AI has not created this pathology. Open market operations created it in 1922. But AI has accelerated it to a speed at which human oversight is not merely lagging — it is categorically impossible. The Federal Open Market Committee meets eight times per year. The algorithmic systems reacting to its every communication execute millions of adjustments per second. The mismatch in timescales is not an engineering problem to be optimized. It is a structural feature of the current monetary regime. ## The insurance and pension dimension Fekete was particularly concerned with the fate of the insurance industry under a protracted regime of suppressed interest rates, and addressed it specifically in his 2014 essay *How the Fed Bankrupted the Insurance Industry*. The mechanism he identified was this: insurers — especially life insurers with long-duration liabilities — depend on their fixed-income portfolios to generate the returns needed to meet future obligations. When the central bank compresses long-term yields below the rate implied by the insurers' actuarial assumptions, the insurers cannot generate the cash flow required to meet their commitments. The shortfall accumulates as a reserve deficiency that does not show up in conventional solvency metrics until the liabilities actually come due. The pension sector is structurally identical. Defined-benefit plans calibrated to 7%+ long-term returns cannot meet those returns in a regime that has held long-term yields below 4% for most of two decades. The underfunding accumulates silently until the liabilities mature, at which point the sponsor must either recapitalize the plan, cut benefits, or default. All three outcomes have been visible in the American pension landscape over the last decade, most severely at the state and municipal level. The AI-driven algorithmic dimension does not exempt insurers and pension funds. It affects them in a specific way: the apparent mark-to-market gains on their fixed-income portfolios during the QE era were visible on their reports. The actuarial reserve shortfalls driven by the same policy were not. The asymmetry in visibility — gains that flow to current earnings, losses that accumulate in future obligations — is precisely the Fekete erosion dynamic, distributed across the industries that are systemically responsible for retirement security. ## What breaks first The closed loop cannot run indefinitely. It breaks when the rate-reversal dynamic begins to reveal the accumulated capital erosion, and when the pace of reversal exceeds the system's capacity to absorb it without forced liquidation. The 2022–2023 rate cycle was a mild stress test of this dynamic. It produced SVB, First Republic, and Signature Bank. It produced acute stress in the UK gilt market, requiring the Bank of England to intervene directly to prevent pension-fund liability-driven-investment strategies from unwinding disorderly. It produced a brief but severe episode of Treasury-market dysfunction in October 2022 that required coordinated central-bank action to contain. These were previews, not the event. The accumulated capital erosion across the U.S. banking system, the insurance sector, and the defined-benefit pension universe is far larger than the mild 2022–2023 test revealed. The next episode of material interest-rate volatility — which the inflationary pressures from the Iran war and the accompanying energy shock may supply — will stress the system along the same lines, but with a larger accumulated imbalance to unwind. The predicted response will be consistent with the closed loop: the Fed will inject liquidity, compress the most visible stress spreads, and allow the deeper marketability impairment to persist. Balance sheets will be papered over. The underlying productive capacity of the capital base will continue to decline. The loop will resume at a slightly lower steady-state level of real productive capacity. This is, in Fekete's precise formulation, the mechanism by which the civilization quietly decapitalizes itself. ## The uncomfortable corollary The corollary that follows is one that Fekete stated explicitly but that most policy discussion refuses to accept: *the monetary authority cannot solve this problem using the tools of the monetary authority*. Every available Fed response — rate cuts, rate increases, forward guidance, balance-sheet expansion, balance-sheet contraction — operates through the same mechanism that produced the problem. The closed loop cannot be interrupted from inside itself. A genuine resolution would require the tools Fekete specified and the broader Austrian tradition has defended: an external anchor, operated outside the discretion of the central bank and the Treasury, that resists the compounding erosion by making it immediately visible. The historical form of that anchor was gold. The digital-era form may be different. But the structural requirement — an instrument whose saleability is determined by market forces rather than by policy and whose price cannot be simultaneously manipulated against bond prices — has not changed. Until that structural change is made, the closed loop will continue to run. AI has made it faster, more automated, and less visible. It has not changed the destination. --- *Next in this series: AI compute — the API credits, GPU-hour reservations, and model-access contracts that coordinate the modern software economy — as a spontaneously emerging form of what Fekete called "real bills" or "gold bills," and why this may be the first genuine monetary-adjacent clearing instrument to appear in the commercial world since the Bank of England opened its Manchester branch.* --- # The Decay Function of Marketability: Toward a Computable Menger-Fekete Framework URL: https://newaustrianeconomics.com/forum/decay-function-of-marketability/ Date: 2026-04-21 Author: Jason D. Keys Tags: Menger, Fekete, marketability, saleability, gold basis, monetary theory, quantitative, framework Description: Menger argued that saleability is a spectrum; Fekete developed the gold basis to measure it for one commodity. This essay proposes a generalizable decay function of marketability, measurable across every modern financial instrument, that renders Menger's core insight computable for the first time. # The Decay Function of Marketability: Toward a Computable Menger-Fekete Framework In 1892, Carl Menger asserted that money is merely the most saleable commodity, and that saleability is a spectrum along which every good can be ranked. He identified the characteristics that determine a good's saleability — divisibility, durability, transportability, widespread demand, freedom from weaponization — but he offered no mathematical machinery for placing an arbitrary instrument on the spectrum. The concept was qualitative. Sixty years later, Fekete sharpened one specific end of the spectrum into a measurable diagnostic: the *gold basis*, defined as the spread between the gold futures price and the spot price, adjusted for carry. When the basis compressed toward zero or inverted into backwardation, Fekete treated this as empirical evidence that the paper claim on gold was losing its saleability relative to the metal itself. The basis was Menger's abstract spectrum, made concrete for a single good. No one, to my knowledge, has extended Fekete's analytical machinery to cover the full Mengerian spectrum — to propose a framework in which the saleability of any financial instrument, not merely gold, could be directly measured from observable market data. This essay proposes that framework. I will call it the *decay function of marketability*. The claim is that every layer of derivation from a physical, directly-held asset imposes a measurable haircut on saleability, that these haircuts are invisible in normal market conditions but become observable as *spreads* under stress, and that the rate at which those spreads compress or widen across a crisis cycle carries predictive information about where the next liquidation-only event will originate. ## Why "liquidity" is the wrong variable Modern finance has a well-developed vocabulary around *liquidity*: bid-ask spreads, depth of book, turnover ratios, amortized cost of execution. None of this captures what Menger and Fekete meant by saleability. Liquidity, in its standard contemporary usage, is a measure of transaction cost under *normal* market conditions. It answers the question: "how much do I give up to trade out of this position right now?" Marketability, in Menger's sense, is a measure of *the conditions under which exchange remains possible at all*. It answers a different question: "in a crisis, will my counterparty still accept this instrument on the terms implied by its nominal price?" These are not the same property, and they diverge sharply in stress. A AAA mortgage tranche in 2006 had excellent liquidity and essentially no marketability. A one-ounce gold coin in a private safe has poor liquidity and essentially perfect marketability. Most of the financial system's sophisticated risk models collapse every stress scenario onto a liquidity axis, and therefore systematically under-price the difference. Fekete's gold basis captured the correct variable for one asset. The decay function generalizes it. ## The proposal, stated For any financial instrument $X$, define $M(X)$ as its marketability — a scalar between 0 (completely unsaleable under any conditions) and 1 (unconditionally saleable at nominal value). For an asset held directly, in physical form, under the holder's unmediated control, $M$ is at its maximum for that asset class. Each subsequent transformation — custody, rehypothecation, securitization, derivatization, tranching, synthetic replication — imposes a marketability haircut. The cumulative haircut across $n$ transformations is the *decay function*. The functional form I propose, as a working hypothesis, is exponential: $$M(X_n) = M(X_0) \cdot e^{-\lambda n \sigma(t)}$$ where $n$ is the number of derivative hops between the directly-held asset and the instrument in question, $\lambda$ is an asset-class-specific decay constant, and $\sigma(t)$ is the current market stress level (observable through any standard stress indicator — the VIX, credit spreads, repo haircut movement). The key properties of this framework: 1. In normal conditions ($\sigma(t) \to 0$), $M(X_n) \to M(X_0)$ for all $n$. Every derivative layer appears fully saleable. This is why, in tranquil periods, the decay function is invisible. It is also why modern risk models routinely treat a mortgage-backed security as functionally equivalent in marketability to the underlying property. That equivalence is a regime-specific illusion. 2. As $\sigma(t)$ rises, $M(X_n)$ decays exponentially with $n$. Instruments further from the physical asset lose marketability faster. A fourth-order derivative under stress is saleable at a fraction of its nominal value; the directly held asset is saleable at close to nominal. 3. The decay constant $\lambda$ is itself a *property of the instrument*, not a free parameter. It can be estimated empirically from the historical behavior of the asset class across prior crisis episodes. A physical commodity has one $\lambda$; a Treasury bill has another; a triple-A-rated structured product has a third, higher, $\lambda$. The proposal is not that this specific functional form is correct. The proposal is that *some* such function exists, that its parameters are estimable from data, and that its predictions are testable. ## Observable proxies The decay function cannot be observed directly. But its *signature* — the widening of spreads between instruments at different points on the marketability hierarchy under stress — is directly observable in market data. Here are five readily computable proxies that together provide a Mengerian dashboard. **1. The paper-physical premium in precious metals.** The spread between the spot price of gold or silver and the delivered price of physical coins or bars at major retail and institutional dealers. Widens in stress; compresses in calm. This is the modern successor to Fekete's original basis concept, and the most immediately readable. **2. On-the-run versus off-the-run Treasury spread.** The yield difference between the most recently issued Treasury of a given maturity and older issues of near-identical characteristics. In principle these should trade nearly identically. In practice the on-the-run issue carries a premium that reflects its superior marketability in stress. The magnitude of that premium, tracked over time, is a marketability indicator for the Treasury complex itself. **3. Repo haircut dispersion.** The distribution of haircuts (the percentage reduction from market value that a lender requires against collateral) across asset classes in tri-party repo markets. In calm conditions, haircuts on similar-quality collateral are tightly clustered. Under stress, the distribution widens dramatically: dealers demand larger haircuts on instruments they consider less saleable in the event they need to liquidate the collateral. The dispersion metric, rather than any individual haircut, is the marketability signal. **4. FX basis deviations from covered interest parity.** Under frictionless conditions, the forward exchange rate, the spot rate, and the interest rate differential between two currencies are tied by arbitrage. Deviations from this equality — the so-called "cross-currency basis" — represent the premium that parties on one side of the trade are willing to pay for immediate dollar liquidity relative to synthetic dollar liquidity assembled through derivatives. A widening basis indicates saleability stress in the dollar's payment infrastructure itself. **5. ETF premium/discount to NAV in crisis windows.** Under normal conditions, ETFs trade at or very near their net asset value because of the creation/redemption arbitrage mechanism. In stress, ETFs can trade meaningfully below NAV when the underlying market becomes difficult to trade (as happened dramatically to fixed-income ETFs in March 2020). The depth and duration of these discounts are a direct measurement of how the ETF wrapper's marketability has decayed relative to the marketability of its constituents. Each of these is a partial, asset-class-specific window into the decay function. Together they constitute a composite indicator of where in the financial system marketability is eroding first. ## Marketability half-life A second quantitative construct follows naturally. Borrowing from nuclear physics: define the *marketability half-life* of an instrument as the time required for a stress-induced spread to compress back to half its peak deviation from the pre-stress baseline. An instrument with a short half-life is one whose marketability recovers quickly after a shock — its apparent saleability impairment was transient. An instrument with a long half-life is one whose saleability impairment was structural; the market is repricing the instrument's long-term marketability rather than reacting to a short-term funding event. The half-life metric disambiguates two different classes of market stress that superficially look alike. A liquidity event in an otherwise sound instrument has a short marketability half-life. A solvency event in an instrument whose apparent saleability was itself an illusion has a long half-life and, in the limit, an infinite one — the spread never recovers because the market has revised its estimate of the instrument's saleability permanently. In 2008, the paper-physical spread in gold exhibited a long half-life for the first time in the modern era. The spread opened and, critically, did not fully close. This was Fekete's signal that the 2008 event was not a liquidity event but a structural event. The metric has continued to oscillate around an elevated baseline ever since, which Fekete interpreted — correctly, in retrospect — as evidence that the entire post-2008 monetary regime is operating at a permanently impaired marketability level. ## What this framework predicts Three predictions follow from the decay function framework that are non-trivial relative to standard finance models. **First**: as a crisis unfolds, marketability will decay from the most derivative end of the spectrum inward, not uniformly across the market. The first instruments to lose saleability in any stress episode will be those most distant from their underlying physical claims. This is empirically validated by essentially every modern crisis: the first instruments to break in 2008 were the synthetic CDOs, not the underlying mortgages; the first instruments to break in 2020 were high-yield ETFs, not the underlying bonds. The framework predicts this pattern will continue to hold. **Second**: the *order* in which instruments lose saleability in a future crisis can be partially pre-computed from their current $n$ and estimated $\lambda$. Instruments with high $n$ and high $\lambda$ are the canaries; they will show marketability decay first. A composite Mengerian stress indicator built from the five proxies above, weighted by estimated $\lambda$, would have led most modern crises by several weeks. **Third**: central bank interventions that inject liquidity without addressing the underlying marketability impairment will produce a characteristic signature in the data: the liquidity-sensitive spreads will compress while the marketability-sensitive spreads remain elevated. This is the signature of what Fekete called a "false resolution." It is precisely what has occurred repeatedly since 2008. Each QE cycle compresses liquidity spreads to zero while leaving the Fekete-style marketability spreads — the paper-physical premium in gold, the FX basis, the off-the-run Treasury spread — quietly elevated. The Federal Reserve can manufacture liquidity. It cannot manufacture marketability. ## Why this matters now The utility of this framework is not academic. In an environment where petrodollar saleability is gradually eroding, where central banks are being forced to monetize gold reserves into a weakening bid, where algorithmic trading concentrates liquidity provision into six firms, and where the cryptographic substrate under every digital claim is approaching an existential technology threat — the question of which instruments retain marketability under stress is a first-order question for every allocator of capital on earth. The decay function framework does not answer that question. It reformulates it in a computable form. The next step — which I will begin in a forthcoming essay focused on the cryptographic dimension of marketability — is to assemble the actual dashboard and begin tracking the signals in real time. Menger gave us the insight that money is the most saleable good. Fekete gave us the first tool for measuring saleability in a single market. The work of building the general measurement apparatus is what remains. It is the central open problem of the New Austrian Economics, and it is overdue. --- *Next in this series: how open market operations — introduced illegally into the Federal Reserve's toolkit in 1922 and now automated through algorithmic trading — convert the decay function into a closed-loop mechanism for systemic capital destruction.* --- # The Hormuz Yuan Toll: A Spontaneous Mengerian Event URL: https://newaustrianeconomics.com/forum/hormuz-yuan-toll-mengerian-event/ Date: 2026-04-20 Author: Jason D. Keys Tags: Menger, petrodollar, BRICS, Iran, de-dollarization, monetary theory, emergent order Description: Iran charging yuan tolls at Hormuz during wartime, India settling oil in dirhams, Saudi Arabia quietly letting the petrodollar arrangement lapse — these are not geopolitical conspiracies. They are textbook Mengerian monetary evolution, happening in real time. # The Hormuz Yuan Toll: A Spontaneous Mengerian Event In March 2026, India quietly settled sixty million barrels per month of oil purchases in Chinese yuan and UAE dirhams. During the active phase of the Iran war, the Iranian government began charging yuan-denominated tolls on commercial vessels transiting the Strait of Hormuz. In June 2024, nearly two years earlier, Saudi Arabia had simply not renewed the informal arrangement through which, since 1974, its oil had been priced exclusively in dollars. None of these events was announced with great fanfare. There was no BRICS summit resolution. No treaty. No currency union. No new multilateral institution. In every case, individual parties — each acting in their own rational self-interest in the face of a specific set of constraints — chose a medium of exchange other than the U.S. dollar, and the choice propagated without coordination. This is not geopolitics, strictly speaking. It is Carl Menger's 1892 essay *On the Origin of Money*, reproduced in the present tense. ## What Menger actually said Menger's monetary theory, compressed into a single sentence, was this: *money emerges spontaneously from the individual decisions of traders to accept more saleable goods in exchange for their own less saleable goods, in order to facilitate later exchange for the goods they actually want*. There is no designer. There is no authority. There is only the spectrum of saleability — what Menger called *Absatzfähigkeit* — along which goods are ranked by how easily and on what terms they can be resold. The critical line, from the opening of the essay: *"The theory of money necessarily presupposes a theory of the saleableness of goods."* Every analysis of money that skips the saleability step is dealing in accounting identities rather than economic causes. Menger identified the characteristics that confer high saleability: widespread demand, divisibility, durability, transportability, homogeneity, and — importantly — the absence of serious risk that the good will be confiscated, debased, or politically weaponized between the moment of acceptance and the moment of later use. When a previously-dominant monetary good fails one or more of these criteria for a given market participant, that participant is pushed by simple rationality toward the next-most-saleable alternative that satisfies their constraints. If enough participants are pushed at the same time by the same constraint, the monetary regime itself begins to shift. Not by legislation. By arithmetic. Menger was emphatic on this final point: *"Money has not been generated by law. In its origin it is a social, and not a state institution."* Governments can ratify what has already happened. They cannot manufacture saleability. ## What made the dollar the most saleable good The post-1974 petrodollar system worked because it stacked Mengerian saleability criteria on top of the dollar: - **Widespread demand**, because every nation needed oil and every oil transaction required dollars. - **Divisibility and homogeneity**, through the standardized instruments of the U.S. Treasury market. - **Durability**, through the largest, deepest, and most liquid sovereign bond market on earth. - **Transportability**, through the infrastructure of SWIFT, correspondent banking, and the eurodollar market. - **Absence of weaponization risk**, because the dollar was understood to clear transactions without regard to the political disposition of either counterparty. Only the last of these has changed. And it has changed decisively. The 2022 freeze of roughly \$300 billion in Russian central-bank reserves was the pivotal event. It demonstrated to every central banker in the world that dollar reserves — previously the highest-saleability asset on the planet for a sovereign — could be rendered un-saleable overnight by an executive decision in Washington that the holder had no vote in. The saleability of the dollar, in Menger's sense, became a conditional function of the holder's political alignment. For aligned holders, it was unchanged. For non-aligned holders, the saleability had quietly collapsed. The aligned holders are irrelevant to the question of monetary evolution, because they were never going to diversify. The non-aligned holders are everyone who matters. And they began — without coordination, without announcements, without treaties — to do exactly what Menger said they would do: trade down the saleability curve for alternatives that, while inferior to the pre-2022 dollar, were superior to the post-2022 dollar under their specific constraints. ## The three 2026 data points Consider the three events of 2024–2026 in the light of Menger's framework. **Saudi Arabia, June 2024**: The informal petrodollar arrangement was allowed to lapse quietly. There was no announcement because there was nothing to announce. The agreement was never a treaty. It was an understanding that oil would continue to be priced in dollars because the Saudis had concluded that dollars were the most saleable thing they could receive. When that conclusion shifted — under some combination of sanctions risk, Chinese demand for yuan-priced oil, and a general reevaluation of dollar political risk — the arrangement simply stopped. This is exactly how Menger described monetary transitions: not by decree, but by the quiet withdrawal of the assumption that sustained the old arrangement. **India, March 2026**: Sixty million barrels per month settled in yuan and dirhams. This is not a symbolic volume. At current oil prices, it represents on the order of \$5 billion in monthly flow that is no longer recycled through U.S. Treasuries. The rationality is straightforward: India needs oil, India has yuan and dirham reserves available through trade with China and the UAE, and the transaction cost of settling in those currencies is now lower than the transaction cost of assembling dollars under the current sanctions regime. No Indian policymaker announced a break with the dollar. No bilateral treaty was required. The transactions simply began to happen because, at the margin, they made sense. **Iran at Hormuz, spring 2026**: The wartime yuan toll is the purest Mengerian moment. Iran, facing a dollar system entirely closed to it, exercising physical control over a chokepoint through which roughly a fifth of the world's traded oil passes, chose to price access in yuan. Not in rials (because the rial collapsed in December 2025). Not in gold (because gold does not clear at the speed of oil logistics). In yuan, because yuan was the next-most-saleable good available to the parties on both sides of the transaction. The Islamic Republic of Iran is not conducting BRICS monetary strategy. It is a sovereign under maximum constraint, reaching for the next-most-saleable instrument in reach. The result looks like a geopolitical policy. It is actually emergent rationality. ## Why this cannot be reversed from Washington Washington's instinct in response to observations of this kind is to treat them as problems of enforcement: more sanctions, more secondary sanctions, more tariffs, more Treasury auctions to absorb whatever capital is loose. The Mengerian observation is that this instinct is directionally wrong. A saleability shift operates at the level of *individual rational decision*. Each trader, each central bank, each oil ministry is making a localized choice to optimize for its specific constraints. There is no central node to attack. There is no spokesperson to sanction. There is no entity that "decided" to challenge the dollar. The phenomenon is diffuse by construction, and the policy levers that Washington has developed over seventy years are all calibrated for a different class of problem — contesting the behavior of specific state actors rather than interdicting an emergent preference shift across millions of independent transactions. Worse, each additional sanction, each additional round of secondary enforcement, each additional tariff against a non-aligned trading bloc, marginally *increases* the weaponization risk factor in Menger's saleability calculation for the dollar. The enforcement instinct is self-reinforcing in the wrong direction: it addresses the symptoms of a saleability decline by creating more saleability decline. This is the structural parallel to Rome's debasement of the denarius, the Byzantine emergence of the solidus as a private-sector reserve asset (eventually crowding out the debased alternatives), and the post-WWII transition from sterling to dollar. None of these transitions was arranged by treaty. Each was the aggregation of millions of individually rational responses to a saleability erosion in the previous regime. ## What the dollar still has This analysis does not predict imminent dollar collapse. It predicts a gradual, probably decades-long erosion of dollar saleability for non-aligned actors, partially offset by *deepening* saleability within the aligned bloc. Dollar share of global reserves has fallen from roughly 72% in 2000 to approximately 58% in 2026. That trajectory is real but slow. The dollar still constitutes 89% of all foreign-exchange trades. The U.S. Treasury market remains the deepest and most liquid on earth. U.S. capital markets still provide returns and optionality that no alternative can currently match. But the trajectory is unmistakable, and it is precisely the trajectory Menger's framework predicts. The dollar is neither collapsing nor invulnerable. It is being quietly, continuously re-evaluated on a transaction-by-transaction basis by participants whose saleability calculations have shifted. The outcome of those re-evaluations, aggregated across trillions of dollars of annual trade flow, is the slow emergence of a multi-polar monetary environment in which the dollar occupies first place but no longer monopolizes saleability. ## What this means for policy and for portfolios The policy implication, if Washington were listening, would be: abandon the enforcement instinct. Every sanction that weaponizes the dollar is a marginal contribution to the saleability decline. Every freeze of foreign reserves teaches the next foreign reserve manager to diversify preemptively. The path to preserving dollar primacy runs through *reducing* political risk on dollar holdings, not through *increasing* it. That path is institutionally closed in the current policy environment, which is its own telling datapoint about the trajectory. The portfolio implication is simpler. In a Mengerian transition, the winners are the instruments that rise in the saleability ranking as the incumbent declines. These are not primarily the political favorites (the yuan is unlikely to displace the dollar in aligned-bloc commerce). They are the politically neutral instruments that become relatively more attractive as the dollar's neutrality erodes: gold, high-grade physical commodities, select hard-asset equities, and — for the first time in monetary history — digitally-native instruments that are architecturally resistant to political intervention. Each of these is a partial reach up the saleability ladder. None is a full replacement. The aggregate effect is what Fekete called, in a different context, "the gold basis widening" — the visible measure of the spread between the incumbent monetary good and its emerging alternatives. The Hormuz yuan toll, read correctly, is not a headline about Iran. It is a datapoint in a long sequence that Menger would have recognized instantly. A monetary good is being demoted by a distributed process of individual re-evaluation. The demotion is proceeding at its own pace, in its own sequence, beyond the reach of any single institution to accelerate or arrest. This is how money has always changed. The surprise in 2026 is not that it is happening. The surprise is how few observers recognize it for what it is. --- *Next in this series: a proposal for quantifying the Mengerian saleability spectrum — a decay function of marketability that renders Fekete's gold basis concept into a computable metric applicable across every modern financial instrument.* --- # Why Gold Didn't Spike: A Fekete Diagnosis of the Iran War URL: https://newaustrianeconomics.com/forum/why-gold-didnt-spike/ Date: 2026-04-19 Author: Jason D. Keys Tags: gold, Fekete, Iran war, backwardation, monetary theory, central banks Description: During the 2026 Iran war, gold traded flat and central banks became net sellers. Standard gold-bug frameworks cannot explain this. Antal Fekete's backwardation framework predicted exactly this pattern twenty years ago. # Why Gold Didn't Spike: A Fekete Diagnosis of the Iran War On March 17, 2026, Al Jazeera ran the following headline: *"Why aren't gold prices rising, despite Iran war uncertainty?"* Gold futures for April delivery had risen 0.1% that day. The Strait of Hormuz was closed. The United States and Israel had been at war with Iran for two and a half weeks. Supreme Leader Ali Khamenei had been dead since the opening strike of February 28. And gold — the asset that is supposed to rise in exactly these conditions — sat at roughly \$5,005 per ounce, essentially unchanged from the morning of the first missile. This confused nearly everyone. It should not have confused anyone who has read Antal Fekete. ## The shape of the anomaly Gold did make its expected initial move. It rose from \$5,296 to \$5,423 in the first 48 hours after the February 28 strikes. Then, over the next four trading days, it *sold off* to \$5,085 — a drop of more than 6% in the middle of an active shooting war involving the world's most important oil chokepoint. It traded in a narrow range between \$5,050 and \$5,200 for the following two weeks, even as Iran fully closed Hormuz, the United States maintained a naval blockade, and oil prices gyrated by double digits on every new headline. More telling: central banks, which had been accumulating gold at record pace for four consecutive years, became *net sellers* during the crisis. By mid-April, spot gold had fallen roughly 10% from its January peak. The Turkish lira broke new record lows. Emerging-market central banks — long assumed to be the most committed buyers of bullion — reportedly led the selling. ETF redemptions accelerated. SPDR Gold Shares saw multi-billion-dollar outflows in a matter of days. The financial press asked the wrong question. The real question is not "why didn't gold rise?" The question is: what kind of crisis makes risk-averse institutions *sell* the asset they had been hoarding specifically as a hedge against exactly the kind of crisis they are now facing? ## Fekete's answer, written in 2008 Buried in Fekete's essay *"Red Alert: Gold Backwardation!!!"* — published December 5, 2008 — is the analytical key. Fekete argued that gold is not merely a safe-haven commodity. It is the *only* commodity whose paper substitute can approach cash status under normal market conditions. This is Menger's marketability doctrine sharpened to its finest point: the most marketable good is one whose promise to deliver is, under ordinary circumstances, functionally equivalent to the good itself. When that equivalence begins to fail — when the promise-market and the physical-market begin to diverge — gold enters *backwardation*. In backwardation, the nearby futures price trades *above* the deferred contracts. Translated into plain English: the paper claim is worth less than the metal. The market is saying it does not trust the promise. Fekete identified backwardation as the terminal signal of fiat monetary systems. His December 2008 dispatch was urgent because gold had briefly entered backwardation during the Lehman panic, something that had not appeared in any prior modern crisis. He warned that the next occurrence — sustained rather than transient — would be the point from which there is no return. ## What is actually happening in 2026 The spot market has not yet entered sustained backwardation. But the *behavior* of central banks during the Iran war is the functional equivalent of backwardation at the reserves level. Consider the mechanics. The Iranian rial collapsed in December 2025 under the "maximum pressure" strategy. The Turkish lira broke new record lows once the Iran war began. Emerging-market central banks — which had been the primary buyers driving the four-year gold bull run — suddenly needed dollar liquidity more urgently than they needed additional gold. They sold gold, into what had been a strong bid, to raise dollars. Against their own long-term strategic interest. Because the short-term liquidity requirement was existential. This is the 1980 COMEX silver scene replayed at the official sector. When Fekete stood in a Geneva banker's office in January 1980, watching armored trucks cross the Rhone in both directions simultaneously, he understood something counterintuitive. The breakdown of paper-promise equivalence for silver had paralyzed normal bank clearing. Banks stopped accepting one another's promises. They had to physically move metal. Ordinarily invisible counterparty stress became literally visible on the streets of Geneva. In 2026, the stress is digital and diffused rather than mechanical, but the underlying phenomenon is identical. Central banks of countries with collapsing currencies are being forced to monetize their gold reserves to obtain the one asset that still clears without question at scale: the U.S. dollar. They do this not because they have lost faith in gold. They do this because, in an acute liquidity crisis, *the dollar is still more immediately marketable than gold*, even as it loses long-term monetary credibility. This is the heart of Fekete's insight that conventional gold bugs miss. Gold is senior money. The dollar is junior money. But the dollar has been engineered into a position where, in extremis, it is *more immediately clearable* than anything else — including gold — because it sits at the apex of every payment rail, every derivative contract, and every repo agreement on earth. Fiat's dominance in the crisis window is not a refutation of gold's monetary primacy. It is a symptom of the fact that the dollar has devoured the infrastructure through which marketability gets expressed. ## The tell the headlines missed The most revealing detail in the 2026 central-bank gold data is not the selling itself. It is *who is selling*. The sellers are the banks in countries with the most stressed currencies: Turkey, various commodity-exporting emerging markets, nations exposed to the energy disruption of Hormuz. The banks that have not sold — China, Russia, Poland, and notably the Central Bank of Iran itself — are the banks that *do not need dollar liquidity* because they have either cultivated alternatives or are outside the sanctions perimeter. This is Menger's marketability spectrum in real-time. Banks whose local currency is collapsing must reach up the marketability ladder to grab the asset most immediately accepted by the parties they owe. Banks whose local position is stable can afford to hold the asset they consider senior money. The divergence in behavior tells you which banks are acting under duress and which are acting on long-term strategy. It is the same signal as backwardation, delivered through a different instrument. ## What happens next The forced gold selling by emerging-market central banks cannot continue indefinitely, for a simple reason: it exhausts the reserves those banks built specifically to defend against this scenario. Each ton sold reduces the buffer against the next crisis. At some point — and the point is nearer than the current price action suggests — the selling stops. Not because of a change in strategy, but because there is nothing left to sell. When the forced selling stops, the price reversal will be violent. Central banks that were pushed out of their positions at depressed prices will need to rebuild those positions at whatever the market price is. They will face competition from central banks that never sold. The ETF flows that amplified the downside will reverse and amplify the upside. Fekete repeatedly predicted that the final approach to sustained backwardation would be preceded by a "dress rehearsal" — a period in which the paper-metal spread compressed, widened, compressed again, each oscillation more violent than the last. That is what we are now in. The practical implication is not a specific price target. It is a *regime shift*. The correlation of gold to geopolitical crisis, which was reliable for four decades, has decoupled. Gold in 2026 correlates to *dollar liquidity*, not to geopolitical stress. Dollar liquidity is determined by the Federal Reserve, the Treasury, and — as has become uncomfortably obvious — by the logistics of global energy flow through the Strait of Hormuz. Investors who continue to frame gold through the old safe-haven lens will continue to be surprised. Investors who have read Fekete are watching something very specific: the moment at which the EM central-bank sell flow exhausts itself, at which point the metal will enter a new phase. ## The deeper signal The broader message of the 2026 gold action is the one Fekete built his career around: *a monetary system's crisis cannot be resolved by its own tools*. Standard Austrian gold advocates predicted hyperinflation from quantitative easing and were wrong. Standard gold bugs predict rallies on wars and are wrong in 2026. What both groups have in common is a failure to distinguish — as Fekete insisted was essential — between *monetary* and *non-monetary* commodities, and a failure to understand that the relationships governing monetary commodities run through the gold basis and paper-substitution mechanics rather than through the headline risk factors that animate equity markets. The Iran war is not the crisis. It is the accelerant of a crisis that was already in motion. The crisis is in the architecture of paper money itself, and in the infrastructure through which marketability is now expressed. The flatness of gold during a shooting war is the architecture's way of telling us something that the headlines do not: we are closer to the end than to the beginning. --- *This is the first essay in the New Austrian Economics series. The series extends the framework of Carl Menger (1840–1921) and Antal E. Fekete (1932–2020) into the conditions of 2026 — an era of petrodollar decay, algorithmic finance, cryptographic fragility, and the emergence of frontier AI labs as de facto issuers of the digital trust layer. Subsequent essays will develop each of these threads in turn.* --- # Monetary Power to the People URL: https://newaustrianeconomics.com/forum/monetary-power-to-the-people/ Date: 2012-04-01 Author: Jason D. Keys Tags: Menger, McLuhan, money, media theory, gold, saleability, monetary theory Description: Money is a medium in McLuhan's sense — an extension of the human body that amplifies the capacity for exchange. Understanding this is the critical path to navigating the financial disruptions of the present age. # Monetary Power to the People The critical path to solving the financial problems of the present day lies in individual people understanding the individual nature of money. One must learn to recognize the acceleration and amplification money provides a person in social interaction, how it extends inner wishes and desires into the material world, and tightens the bonds between individuals in mutual pursuit of common interests. ## Money as Medium > "[A]ll media are extensions of ourselves, or translations of some part of us into various materials…" > > — Marshall McLuhan, *Understanding Media: The Extensions of Man* Central to understanding money is the recognition that the human body is extended and amplified through media. Media magnify human sensibilities and reorient human sense ratios. Imagine a wheel and consider how it extends the human foot, accelerates and amplifies locomotion, and opens the imagination to new possibilities in the physical world. All media act similarly on the human body and mind. Money is no exception. Money embodies human understanding. It represents the concretization of the human desire to exchange, fosters mutual agreement between transacting parties, allowing each to satisfy desires by transferring value through an extension of themselves and into the material of the money medium. Money carries as its content perceived human value and possesses the ability to transform itself into valuable things. Value originates from the perception of differences between things and the recognition of how benefit can be gained from those differences. As physical objects come into use as money, the most marketable or saleable commodity in a society naturally progresses to become money — the intermediary medium through which value is preserved from when it is obtained to when it can be put to other uses. > "As a translator and amplifier, money has exceptional powers of substituting one kind of thing for another." > > — Marshall McLuhan, *Understanding Media: The Extensions of Man* Money offers its holder maximum possibilities in obtaining valuable things. By utilizing the commodity most marketable to the most people as the basis of exchange, communities of individuals objectify a measure of value for efficacy to catalyze the movement of things between themselves, despite each having unique and ever-changing value assessments. > "As a vast social metaphor, bridge, or translator, money — like writing — speeds up exchange and tightens the bonds of interdependence in any community." > > — Marshall McLuhan, *Understanding Media: The Extensions of Man* ## Hot and Cold Media McLuhan introduced the concept of media as "hot" or "cold" — a measure of the degree to which they require participation by the user, and the amount of data they contain as content. "Hot" media are low in participation because the human sense being amplified is saturated with data, a condition we call high definition. "Cold" media demand high participation from their users because of the dearth of information they contain. By juxtaposing a cool medium like television with a hot medium like a movie theatre, the difference in informational content and degree of definition of the visual sense being amplified reveals itself. Money's catalytic effects on social interaction compound as it becomes hotter as a medium and more effective in its facilitation of human agreement and information exchange. Consider the situation before the advent of money when exchange by barter dominated human affairs. The haggle of exchange demanded total participation by the parties involved and dictated that no two negotiations were likely ever the same. With the advent of commodity money in the form of the most marketable goods, the degree of participation in the haggle was reduced, as easily recognizable standards were employed to simplify the terms of trade. In the Information Age, human participation is eliminated as money glows red hot as a medium and its exchange automated with instantaneous precision. ## The Selection of Gold and Silver We inherit a rich and dynamic history in the selection of the most marketable goods. Through thousands of years, on all corners of the earth, people tested objects with various characteristics as money and came to develop standards that held over wider spans of space and deeper tracks of time. Repeatedly, individuals and communities of greater and greater numbers came to exchange gold and silver in the trade of goods and services. Gold for its marketability in the large — its ability to efficiently transfer high magnitudes of valuable decision-making power over space and time — and silver for its marketability in the small, its ability to expeditiously catalyze smaller-scale movements of the same power. Understanding a person's motivation for money, and the advantages its acquisition promises to bring him, remains as essential to understanding the human condition as ever before. History reveals to us a miraculous evolution in the logistics of how people interact socially, how agreements are made and kept, and the catalytic conditions for the flow of goods and services. Two goods were chosen as the best agents of exchange: gold and silver. These metals met all the aesthetic criteria people valued to facilitate exchange, and massive hoards accumulated through time. ## The Present Crisis Up and until the Age of Abundance dawns, and the existence of massive hoards is rendered meaningless by the nanotechnological recreation of even the most marketable goods, the miraculous circumstance of possessing gold and silver hoards millennia in the making blinds us with its reflective light, numbs us with its latent ability to bring people together and channel human action towards decidedly valuable endeavors. The financial crisis of the present time represents the clash between thousands of years of hoard-building empires and the global village that exists in the Information Age. If individuals wish to avoid further pain and disruption to their economic affairs, they must educate themselves on the dynamics of money and the human faculties it serves to amplify. Anything less and the Medium of Understanding changes us unknowingly, mesmerizes us with its magical ability to transform, and enables the poaching of our actions to what someone else deems valuable. --- # Sound Money in Practice: Auckland, 2011 URL: https://newaustrianeconomics.com/forum/auckland-2010-2011-gold-symposium/ Date: 2011-12-01 Author: Jason D. Keys Tags: Fekete, gold standard, Auckland, conference, Real Bills, yield curve, gold bonds, illicit interest arbitrage, unadulterated gold standard Description: A week with Antal Fekete and the New Austrian School of Economics in Auckland. The three-legged gold standard, illicit interest arbitrage, gold bonds as a path out of irredeemable debt, and why the unadulterated gold standard is defined not by what it contains but by what it prohibits. # Sound Money in Practice: Auckland, 2011 Canberra had given me the diagnostic — the gold basis as monetary thermometer, the direction of travel toward permanent backwardation. Auckland, two years later, gave me the architecture — what a sound monetary system actually looks like, how it works, what specifically makes it break down, and what the path back might be. Professor Antal Fekete returned to New Zealand in late 2011 with Sandeep Jaitly, Rudy Fritsch, and Keith Weiner for a week-long symposium titled *Gold and Economic Freedom*, hosted at the University of Auckland Business School by Louis Boulanger. It was the second Auckland event in the series — the first had run in November 2010 under the title *Sound Money or Unsound — That is the Question* — and the ideas had deepened considerably in the intervening year. ## The Spread as the Key to Economic Understanding Fekete opened the 2011 symposium with a lecture on the coordination of social interaction, and he began — as he often did — with Carl Menger. "Carl Menger is universally successful in all he touched," he said. "In balance, Aristotle comes out pretty average." The claim was made in seriousness. Menger's fundamental insight — that economic value is subjective, that prices arise not from intrinsic worth but from the bidding and offering of individuals acting on their own assessments — is familiar enough. What is less often noted is that Menger's deeper contribution was not the price but the *spread*: the difference between the price at which you can buy and the price at which you can sell. At any given place and time, there are at least two prices for the same good. The gap between them is not noise; it is signal. It tells you something about the degree to which a good is saleable — how easily it can be converted into the specific thing you actually want. This is Menger's theory of *Absatzfähigkeit*, saleability or marketability, and it is the foundation on which everything else in the New Austrian framework rests. The most saleable good — the one with the narrowest spread, the one you can sell to the most people on the most favorable terms — becomes money. Social coordination, Fekete continued, is a cobweb. Any disturbance at one node sends vibrations through the entire system. Maladjustments keep occurring as adjustments are made; the economy is never in equilibrium, only approaching it asymptotically. What makes a sound monetary system sound is not that it eliminates disturbances — it cannot — but that it provides a medium through which the cobweb can absorb and redistribute shocks rather than amplifying them. ## The Three-Legged Gold Standard The most memorable visual from the entire Auckland series came from Rudy Fritsch in the 2011 symposium's afternoon sessions: a deceptively simple triangle, three vertices, three connecting sides, labeled at each corner with one word. **Money. Bonds. Bills.** ![A clean scholarly diagram of the Three-Legged Gold Standard: an equilateral triangle on deep navy background, each vertex labeled in gold serif type — "MONEY (Gold Coin)" at apex, "BONDS (Merchant Bank)" at lower left, "BILLS (Discount House)" at lower right. The three sides of the triangle are labeled: left side "Savings ↔ Wealth exchange," right side "Consumption credit, 90-day," base "Arbitrage / equilibrium." At center of the triangle in small cream italic text: "Unadulterated Gold Standard." Below the triangle, a fourth element — a grey rectangle labeled "Government Fiduciary Media" — connected by a dotted red line to the base, with the annotation "Fourth leg: destabilizes the triangle."](/images/diagrams/three-legged-gold-standard.jpg) The triangle encodes an entire theory of credit. **Money** — at the apex — is gold coin. It is that which extinguishes all debt. It is not wealth; wealth is productive capacity. Money is the medium through which wealth is stored and transferred. Legal tender laws attempt to equate paper with gold, present goods with future promises. They cannot do so permanently; they merely defer the reckoning. **Bonds** — dealt in by merchant banks — represent savings-based credit. An old man has accumulated wealth over a productive life. A young man has productive capacity but lacks capital. The bond market mediates the exchange: wealth today for income tomorrow, with interest as the measure of the efficiency of that exchange over the alternative of hoarding. The interest rate is not, as Mises argued, a reflection of time preference — the inherent human preference for present over future gratification. It is, in Fekete's formulation, the measure of the marginal efficiency of exchanging accumulated wealth for a future income stream, relative to the option of simply hoarding. **Bills** — dealt in by discount houses — represent consumption-based credit. A wholesaler has goods ready for market; a retailer can sell them within ninety days but cannot pay cash today. The real bill bridges that gap. It circulates, endorsed from hand to hand, as the clearing medium of commerce. It is self-liquidating: when the goods reach the consumer and are paid for, the bill is extinguished. No new money is created; existing productive capacity is simply mobilized more efficiently. The triangle is stable because the three elements constrain and balance each other. Add a fourth leg — government fiduciary media, paper issued without gold backing and not arising from any productive transaction — and you destroy the triangle's geometry. You introduce an element that is neither self-liquidating nor constrained by the discipline of the gold market. ## Illicit Interest Arbitrage and the Inverted Yield Curve In the 2010 symposium and again in 2011, Fekete returned repeatedly to the concept of *illicit interest arbitrage* — the practice of borrowing short to lend long. It is the defining pathology of the adulterated monetary system, and understanding it requires first understanding why the yield curve normally slopes upward. Under a sound monetary system, interest rates rise with the term of the loan. A one-year loan commands a lower rate than a ten-year loan; a ten-year loan commands a lower rate than a thirty-year loan. The reason is intuitive: longer commitments expose the lender to greater uncertainty. The future is unknowable, and risk accumulates with time. This is the *normal yield curve*. ![A two-panel comparison diagram of yield curves on deep navy background. Left panel labeled "NORMAL YIELD CURVE" shows an upward-sloping smooth curve from left (short maturity, low rate) to right (long maturity, high rate), drawn in gold on navy. Right panel labeled "INVERTED YIELD CURVE" shows a downward-sloping curve — short rates higher than long rates — drawn in red-orange on navy. Between the panels, a cream annotation reads: "Inversion = Symptom of Illicit Interest Arbitrage: Borrowing Short to Lend Long." Both panels share the same axes: horizontal = "Maturity (2yr → 10yr → 30yr)," vertical = "Interest Rate." Small gold annotations on the normal curve: "Risk increases with time → natural premium." Red annotation on inverted curve: "Illogical. Unstable. Outcome: periodic crises." Clean, precise, academic-infographic aesthetic.](/images/diagrams/yield-curve-comparison.jpg) Now introduce the possibility of risk-free profit through arbitrage. If the thirty-year bond yields more than the ten-year, an institution can profit by buying the thirty-year and selling the ten-year short. The spread is the profit — or would be, except that the short position matures before the long one, and interest rates may change in between. This is *not* risk-free. It is a bet on the interest rate staying stable or falling. In a normal market, such bets sometimes win and sometimes lose, and the discipline of losses keeps the practice bounded. But when the Federal Reserve enters the picture — announcing in advance the dates and quantities of bonds it will purchase — the game changes. Bond speculators can preempt Fed purchases, buying the targeted securities before the Fed bids for them and selling at a guaranteed profit. The risk has been removed. The profit is not a return for bearing uncertainty; it is a transfer from the monetary system to the privileged institutions (the primary dealers — Goldman Sachs, JP Morgan, and a handful of others) that enjoy advance knowledge of Fed intentions. The consequences compound over time. More and more capital migrates toward this risk-free trade. More and more institutional balance sheets become leveraged long in long-duration bonds financed by short-duration borrowing. When short rates are forced to zero — as they were after 2008 — the thirty-year bond becomes the target, and the game extends further out the curve. The entire yield curve is progressively flattened and eventually inverted, producing the paradoxical situation where shorter-term money commands a higher rate than longer-term money. The inverted yield curve is not merely an economic curiosity. It is, Fekete argued, conclusive evidence that borrowing short to lend long has become so widespread that its collective effect on the market exceeds the natural forces that would make long rates higher than short rates. The inversion is the system telegraphing its own instability. > "Illicit interest arbitrage has to be outlawed. This is the most important single feature of the unadulterated gold standard — not what it contains, but what it prohibits." ## Hoarding and the Interest Rate One of Fekete's most original contributions — and the one that most clearly distinguishes the New Austrian framework from Misesian orthodoxy — concerns hoarding and its role in regulating the interest rate. In the mainstream view, and in Mises's own framework, hoarding is treated as a kind of withdrawal from economic circulation — liquidity preference raised to a pathological extreme. In Fekete's view, hoarding is a rational, stabilizing mechanism that only gold can provide. The argument: if the market interest rate rises above the equilibrium rate — the rate at which the exchange of wealth for income is equally attractive as holding gold — people will dishoard gold. Gold flows from hoards into the bond market. The increase in the supply of loanable funds puts downward pressure on the interest rate, moving it back toward equilibrium. Conversely, if the interest rate falls below the equilibrium rate, people hoard gold rather than lending it. The reduction in the supply of loanable funds puts upward pressure on rates. This arbitrage between the gold hoard and the bond market is the mechanism by which a gold coin standard self-regulates the interest rate. Under a gold coin standard, hoarding removes bank reserves and forces a contraction of credit — precisely the feedback loop needed to prevent rates from being driven to zero and held there artificially. Remove gold from the system, and the feedback loop is severed. Interest rates become a policy variable rather than a market outcome, and the consequences — including everything documented in the Canberra lectures on capital destruction — follow necessarily. ## Gold Bonds to the Rescue The 2011 symposium's most forward-looking material came in Fekete's lectures on gold bonds — a specific mechanism by which the current debt structure could theoretically be unwound without either hyperinflation or a deflationary collapse. The mechanism is elegant. Suppose a government issues a one-hundred-ounce gold bond with a thirty-year maturity, paying coupon interest in gold coin. In today's dollars, such a bond might trade at \$175,000. But as confidence in the issuing government's ability and willingness to pay in gold accumulates — as the coupons actually arrive in gold coin, year after year — the dollar price of the bond rises. By year thirty, the same bond might command a dollar price of \$1,000,000 or more. The government has, in effect, borrowed \$175,000 in today's dollars and — by maintaining its gold obligations — retired \$1,000,000 in paper debt with the same amount of gold. ![The gold bond mechanism: a flow diagram showing a 100oz gold bond issued at \$175,000 in paper, paying gold coin coupons over 30 years, ultimately retiring over \$1,000,000 of irredeemable paper debt — without default.](/images/diagrams/gold-bond-mechanism.jpg) Gold bonds, on this argument, can extend the maturity of the debt structure (reversing the current trend toward shorter and shorter maturities as irredeem­able debt loses credibility) and can retire irredeemable paper bonds without default. The prerequisite is opening the mint to free, unlimited gold coinage — ensuring that sufficient gold coin circulates to make the coupons credible. Fekete noted that Thomas Jefferson's warning — "the banks and corporations will deprive the people of all property until their children wake up homeless on the continent their fathers conquered" — was not metaphor. It was a description of the precise mechanism by which risk-free bond speculation, enabled by central bank open-market operations, transfers wealth from the productive economy to the financial system. Gold bonds, by reintroducing a hard constraint on government borrowing, are the specific antidote. ## Gold Ownership and the Physical Value Chain Louis Boulanger closed the 2011 symposium with a practical lecture on gold ownership — the gap between what people believe they own and what they actually own. The key distinction: *allocated* versus *unallocated* gold storage. An allocated account holds specific, identified bars of gold in your name. The institution storing them cannot lend them, lease them, or use them as collateral. You are a bailor; they are a bailee. An unallocated account, by contrast, makes you an unsecured creditor of the institution. The "gold" on your account statement is a liability of the bank, not a specific physical asset. In a crisis, unallocated gold holders discover that their gold — like London Metal Exchange claims — is the last in line behind depositors, bondholders, and whatever other creditors the institution has accumulated. Gold ETFs, Boulanger noted, hold assets that have been borrowed from banks — making ETF holders several steps removed from physical metal. The irony: instruments designed to make gold ownership easier make it, in moments of stress, functionally non-existent. His closing observation has stayed with me: "Bullion is hated by investment professionals because it does not require management skill." The entire apparatus of the financial industry — the fees, the management structures, the trading operations, the ETF wrappers — exists in part because physical gold in a vault under your direct control requires none of it. ## The Arc from Canberra to Auckland Leaving Auckland in 2011, I had something I had not had entering Canberra in 2009: a complete framework. Not merely a diagnosis of what was wrong — the vanishing basis, the approaching permanent backwardation — but a theory of what right would look like, why the twentieth century's attempts at gold standards had failed, and what the specific features of an unadulterated system would need to include. The framework can be stated simply, though its implications are not simple at all: A sound monetary system requires: - Gold coin as money, freely minted and freely circulating - Real Bills as the clearing mechanism of commerce, self-liquidating and arising naturally from productive transactions - A bond market constrained by the discipline of gold, where merchant banks intermediate the exchange of savings for income - The explicit prohibition of illicit interest arbitrage — borrowing short to lend long - No fiduciary media issued by government without gold backing The twentieth century eliminated each of these features, one by one, beginning with the elimination of Real Bills in 1914–1918 and ending with the closure of the gold window in 1971. The present system — fiat currencies, zero interest rates, derivatives towers, risk-free bond speculation, permanent QE — is not an alternative monetary architecture. It is the consequence of the methodical dismantlement of the original one. What replaces it is the open question. Fekete believed the market, not governments, would eventually force the answer. The gold basis, declining since 1971, is still measuring the approach. --- *Notes from the Canberra 2009 conference are collected in [The Vanishing Gold Basis: Field Notes from Canberra, 2009](/forum/canberra-2009-vanishing-gold-basis).* --- # The Vanishing Gold Basis: Field Notes from Canberra, 2009 URL: https://newaustrianeconomics.com/forum/canberra-2009-vanishing-gold-basis/ Date: 2009-11-08 Author: Jason D. Keys Tags: Fekete, gold basis, backwardation, Real Bills, gold standard, conference, Canberra, capital destruction Description: Four days with Antal Fekete and the Gold Standard Institute in Canberra, eighteen months after Lehman. The gold basis as monetary thermometer, the mechanics of permanent backwardation, and why falling interest rates destroy capital in ways that no one in the financial press was discussing. # The Vanishing Gold Basis: Field Notes from Canberra, 2009 In November 2009, eighteen months after the collapse of Lehman Brothers and roughly a year into the most aggressive monetary expansion in Federal Reserve history, a small group of perhaps forty people gathered at University House on the grounds of the Australian National University in Canberra. They had come to hear Antal Fekete. Gold was trading at around \$1,100 per ounce. Quantitative easing had become a household term. The financial press was consumed with green shoots and exit strategies. None of that was what the Gold Standard Institute's conference — titled *The Vanishing Gold Basis and the World Financial Crisis* — was about. What it was about was something quieter, more structural, and in retrospect far more predictive: a number that almost no one in the financial world was watching, called the gold basis, that had been declining for thirty-five years and was now approaching zero. ## A Preliminary Day: Gold Investment Day The formal conference was preceded by a Sunday gathering bringing together speakers from the Australian investment world. David Evans of [Sciencespeak.com](http://www.sciencespeak.com) made the provocative argument that carbon credits were simply a new form of fiat money — an artificially scarce permit system that would enrich the same financial institutions already profiting from monetary expansion. Barry Dawes of [Global Speculator](http://www.globalspeculator.com.au) offered a long-view on resource sector positioning, noting that twenty-eight years of falling interest rates were nearing a trend reversal. Bron Suchecki of the Perth Mint provided a technical overview of the London bullion market's physical value chain and the mechanics of gold leasing — the practice by which gold earns its own interest rate, called the lease rate, and the way in which London bullion bank claims to gold change hands without the metal itself moving. These were useful introductions. But the conference proper, beginning Monday, was where the intellectual framework began to take shape. ## Day One: The Real Bills Doctrine and the Meaning of the Basis Fekete opened the conference with remarks that established the conceptual ground everything else would build on. Two ideas dominated: Real Bills, and the gold basis. **Real Bills** — commonly known today as invoices or commercial paper — are self-liquidating credit instruments that arise naturally in a gold standard economy. A wholesaler delivers goods to a retailer; the retailer cannot pay in gold on the spot but will be able to once those goods are sold, typically within ninety days. The bill represents that promise. It circulates among merchants, refiners, and wholesalers — bypassing the banking system entirely — and extinguishes itself when the goods reach the consumer and payment is made. The critical point Fekete emphasized: Real Bills are the clearing system of the gold standard. A gold standard without Real Bills is, in his phrase, a *castrated gold standard* — rigid where it should be elastic, unable to accommodate seasonal and cyclical swings in trade volume. The present financial crisis, he argued, began not in 2008 but much earlier — in 1944, at Bretton Woods, when the multilateral clearing system that had made pre-World War I trade so efficient was dismantled. The 1971 closing of the gold window was simply the delayed consequence of that dismantlement, finally playing out. ![The gold basis spectrum from full contango (1971) through the eroding decades toward zero, with permanent backwardation at the terminal end. Deep navy background, gold gradient bar from green-gold on the left fading to deep crimson on the right, site cream tones, clean minimal typography.](/images/diagrams/basis-spectrum.jpg) The **gold basis** is the spread between the futures price of gold and its spot price. In normal conditions — what markets call *contango* — the futures price exceeds the spot price by approximately the cost of carry: storage, insurance, and the interest foregone by holding metal rather than earning a yield. This premium is the warehouseman's spread, the compensation for providing the service of holding gold today and delivering it later. When contango narrows — when the futures premium shrinks relative to the full carrying charge — something is signaling. Holders of physical gold are becoming reluctant to lend it into the futures market. The paper promise to deliver gold in the future is commanding less of a premium over gold held in hand. If the basis reaches zero, spot and futures prices are equal: the market places no value on deferring delivery. If the basis inverts — if spot exceeds futures — gold has entered *backwardation*, a state where physical gold commands a premium over the paper promise. In any other commodity, this is unremarkable; it simply means nearby supply is tight. In gold, whose entire historical role rests on the perfect interchangeability of the physical metal and its paper substitute, backwardation is a different kind of signal entirely. Fekete had been tracking the basis since 1971. His finding: since that year, when gold futures trading began first in Winnipeg and then in New York, the gold basis had been declining as a percentage of the interest rate. Measured against the full carrying charge, the basis that had once equaled 100% of interest rates had been eroding — decade by decade — toward zero. > "The gold basis is the measure of the extent to which the monetary system is threatened." ## Day Two: The Gold Standard and Its Imposters The second day broadened from the basis to the gold standard itself. Fekete's lecture on *The Gold Standard — Truly Out-of-Date or Merely Pushed Aside?* distinguished sharply between the genuine article — the Gold Coin Standard, the Unadulterated Gold Standard — and two imposters that masqueraded as equivalents in the twentieth century. **Imposter #1: The Gold Bullion Standard** of David Ricardo, implemented in Britain in 1925. This system removed gold coin from everyday circulation, substituting the 400-ounce bar as the smallest gold unit. It aimed at efficiency by eliminating the need for millions of people to hold coins. The effect was to remove the clearing mechanism from the hands of ordinary commerce and concentrate it in institutions. When the system was implemented without the Real Bills infrastructure that gave the genuine gold standard its elasticity, the result — by September 1931 — was the suspension of gold payments and the onset of massive deflation. **Imposter #2: The Gold Exchange Standard**, implemented in the United States after 1933. Roosevelt confiscated gold domestically and criminalized private ownership. The dollar remained redeemable in gold internationally — but the gold was double-counted. It served simultaneously as collateral for dollar issuance and as the backing for dollars held by foreign central banks that treated those dollars as "good as gold." Musical chairs: perfectly stable while the music plays, catastrophic when it stops. The music stopped on August 15, 1971. Rudy Fritsch's contribution on Day Two offered perhaps the simplest formulation of the key distinction: *Money is that which extinguishes all debt.* Paper, even convertible paper, is a claim on money. Legal tender laws attempt to force the equation of the two. They cannot succeed indefinitely — they merely defer the reckoning. Sandeep Jaitly extended the technical discussion of the basis into *warehousing theory* — the formal framework for understanding what the basis and co-basis actually measure and why they move independently. His central point: there are always two prices for gold (bid and offer), and therefore two bases. The *carry* (basis proper) and the *de-carry* (co-basis) vary independently and contain different information. The co-basis, which rises as backwardation approaches, is the more sensitive leading indicator. ![A schematic of the warehouseman's spread: two price columns (spot bid/offer, futures bid/offer) with basis and co-basis calculated between them. Dark academic aesthetic — deep navy background, hand-drafted look with cream and gold annotation lines, as if drawn on a chalkboard in a lecture hall.](/images/diagrams/warehousing-spread.jpg) ## Day Three: How Falling Interest Rates Destroy Capital The most analytically dense session of the conference was Fekete's Day Three lecture: *How Declining Interest Rates Have Destroyed Capital for the Last Twenty Years.* The argument is counterintuitive at first exposure, but once grasped it reorganizes how you read the entire post-1980 financial history. The mechanism runs as follows. A capital-intensive firm — a manufacturer, an airline, a utility — purchases equipment and depreciates it on a schedule calculated at the prevailing interest rate. The depreciation quota represents the annual charge set aside to eventually replace the asset. Under a stable interest rate regime, the math works: by the time the equipment needs replacing, the accumulated depreciation reserve equals the replacement cost. But when interest rates fall, the present value of the future stream of payments that the accumulated reserve will generate also falls. The firm now needs a *larger* reserve to replace the same asset — but the accounting system, based on historical cost, does not automatically adjust the depreciation schedule upward to reflect the new, lower interest rate environment. The firm believes it has capital it does not have. Its balance sheet reports assets that are phantoms. ![A cascading mechanism diagram showing the capital destruction chain: "Falling Interest Rates → Rising Bond Prices → Rising Liquidation Value of Debt → Shrinking Capital Ratios → Invisible Capital Destruction." Dark scholarly aesthetic, cream and gold typography on deep navy, arrows in gold connecting each step, the chain rendered as falling dominoes or a cascade of panels.](/images/diagrams/capital-destruction-chain.jpg) This illusion is not limited to manufacturers. It afflicts every institution that holds long-duration assets financed at short-duration rates — which is to say, essentially the entire banking system. As Fekete noted: > "The most important holders of bonds are banks. This is the majority of their balance sheet. So as interest rates rose in the early 1980s, bond prices fell and broke the banks. And as interest rates fell for the following twenty-eight years, the illusion of capital abundance masked a slow, continuous destruction of real capital." The accounting systems in use across the financial world — GAAP, IFRS — do not require firms to adjust their depreciation schedules for changes in interest rates. The result is that the entire post-1980 decline in manufacturing employment, the offshoring wave, the apparent triumph of finance over production — all of these, Fekete argued, were downstream consequences of a capital destruction that no one was measuring because the measurement system itself was built on the assumption of stable rates. The formula: if the differential quotient of the interest rate is negative (rates are falling), capital is being destroyed. The destruction is invisible until a crisis exposes it. It has been happening continuously since 1981. ## Day Four: Permanent Backwardation and What China Should Do ![Before and after 1971: the pre-1971 pyramid of gold backing the dollar backing world trade, versus the post-1971 fractured structure of layered derivatives piled above a severed gold link, with permanent backwardation as the terminal consequence.](/images/diagrams/world-trade-1971.jpg) The final day brought the analysis to its terminal point. Nathan Narusis, presenting from a CPA's perspective, provided a sobering quantitative frame: global debt was growing at four to five percent annually while gold production grew at one to two percent. The slow march to a point at which debt cannot be collateralized by gold at any plausible price — permanent backwardation — was not a theoretical endpoint but an arithmetic inevitability, barring a change in monetary regime. Fekete's own final sessions addressed two questions: what the gold basis tells miners, investors, and traders that the gold price does not; and what China, the world's largest gold producer and one of its largest official-sector gold buyers, should do. On the first: the gold price, quoted in dollars, is an optical illusion. A rising dollar price of gold may reflect genuine monetary stress or merely dollar weakness. The gold basis strips out the currency noise. A falling basis — gold futures trading at a declining premium to spot — tells you something specific and real: that the willingness of gold holders to extend paper substitutes for their metal is diminishing. This is the signal that matters. On China, Fekete offered a seven-point program that reads, in retrospect, as a blueprint for exactly what the People's Bank of China has been incrementally doing over the following fifteen years: 1. Constitutionally enshrine the right of citizens to save in gold and silver 2. Hedge dollar reserve positions with gold purchases announced publicly 3. Open the Chinese Mint to free, unlimited, untaxed gold coinage 4. Establish the world's first modern gold bank 5. Create gold-denominated life insurance, annuities, and pension instruments 6. Initiate Real Bills circulation, maturing in gold 7. Build the institutional infrastructure for a parallel monetary system The closing remark was Fekete's, citing Lord Kelvin: *"If you can measure something, you can know something. If you cannot measure something, you cannot know anything."* The gold basis, he concluded, is the one measurement that the modern monetary system has failed to maintain — deliberately, he suspected, since what it measures is the degree to which that system is threatened. ## Looking Back I left Canberra with a framework that reorganized fifteen years of financial reading. The gold basis, which I had never heard of before arriving, became the lens through which everything else — quantitative easing, the bond market, declining manufacturing, the relentless fall in interest rates — suddenly cohered. Not as separate phenomena requiring separate explanations, but as expressions of a single underlying process: the slow, measured approach of paper gold toward the physical metal, and the monetary reckoning that approach implies. The participants were few. The ideas were not. --- *Notes from the 2011 Auckland symposium are collected in [Sound Money in Practice: Auckland, 2011](/forum/auckland-2010-2011-gold-symposium).* ========================= Dispatch ========================= # Extend, Pretend, Foreclose URL: https://newaustrianeconomics.com/dispatch/issue-007-extend-pretend-foreclose/ Date: 2026-06-08 Type: issue Description: Through the first five months of 2026, a Chicago office building changed hands at a 94% loss from its decade-prior value, a Denver complex at 97%, eight floors of a Mid-Market San Francisco tower at 92%, the former GSA building in Washington DC at 76%. Meanwhile Worldwide Plaza ($940M loan), One New York Plaza ($835M, extended to 2028), and 620 Eighth Avenue ($515M, modified five times since 2020) sit in special servicing rather than enter the same fire-sale market. CMBS office delinquency hit an all-time high in January, then 'dropped' 114 bps in February because lenders modified loans rather than recognize losses. The framework's CRE prediction from Issue #003 is operationally here — and the regional banks holding 70% of CRE loans are the substrate that will absorb what the special servicers cannot defer. *Welcome to Issue #007 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept, this week's dashboard readings, the framework's prediction record, and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens In April 2026, an investor named Marc Calabria purchased a long-vacant eight-story office building at 401 South State Street in Chicago's Loop for \$4 million. The building had last traded a decade earlier at \$68.1 million. The price decline: **94%**. Calabria's stated plan is to convert the structure into "an urban farming and food innovation center." Around the same time, Asher Luzzatto bought a two-building Denver complex for \$5.3 million against a \$176 million prior valuation — **a 97% decline**. In Washington DC, Hossein Fateh bought the former GSA office building for \$24 million against a \$100 million prior value — **76%**. In San Francisco, an affiliate of CW Capital Asset Management acquired the bottom eight floors of 1155 Market Street at a foreclosure auction for \$4 million against a \$48 million CMBS loan — **92%**. These transactions are not anomalies. They are the visible surface of a much broader pattern that is now operationally arriving in commercial real estate after three years of *extend-and-pretend* — the strategy by which lenders and borrowers cooperated to defer recognition of losses by extending maturing loans and modifying terms rather than forcing default or sale. The strategy worked, in the limited sense that it kept reported delinquency rates lower than the underlying credit quality warranted, while everyone waited for interest rates to fall and for office demand to recover. Interest rates did not fall enough. Office demand did not recover enough. By the start of 2026, the strategy was no longer viable for an increasing share of the affected loans. [Issue #003 (Two Failures a Year)](/dispatch/issue-003-two-failures-a-year) named the configuration that produced this moment. [Issue #004 (The Metro Saleability Map)](/dispatch/issue-004-metro-saleability-map) named the geographic surface where it would propagate. The cascade is now operationally here. The named-property data tells one part of the story. The CMBS time series itself tells the other. --- ## Lead Essay: The Two-Mode Market The 2026 commercial office market is clearing in two operationally distinct modes simultaneously, and the distinction is the framework's central observation. **Mode one is forced clearing.** The fire-sale transactions above are the canonical examples. The buyers do not plan to operate these buildings in their original use. Calabria's "urban farming center" is structurally typical: the buyer acquires the physical structure at a price that allows them to absorb the cost of converting it to a use the current market actually wants — residential conversion where regulations permit, light industrial or maker-space, specialty uses. **Mode-one transactions are the saleability discovery process operating without the substitute layer of lender forbearance.** The buyer pays what the asset is worth in its physically-deliverable form, not what the prior monetary regime's pricing infrastructure said it was worth. **Mode two is continued deferral.** The marquee loans — the ones large enough that institutional considerations dominate disposition — remain in extend-and-pretend status. **Worldwide Plaza in Manhattan** (\$940 million CMBS loan) was sent to special servicing in early 2026 but has not been resolved through sale. **One New York Plaza** (\$835 million) was modified and extended to January 2028 — kicked nearly two full years down the road. **The U.S. Steel Tower** in Pittsburgh (\$245 million) was sent to special servicing in March. **620 Eighth Avenue** — the former New York Times Building, \$515 million mortgage — has been extended *five times* since 2020. The framework's central observation: these two modes are operating on the same underlying asset class, in the same economic environment, often in the same metropolitan areas, with disposition outcomes determined primarily by the size of the loan and the institutional considerations of the lenders involved. **This is not market efficiency. It is institutional dispensation operating to protect specific balance-sheet positions while the broader market clears around the protected loans.** **The data itself shows the mechanism.** In January 2026, the Trepp CMBS office delinquency rate hit 12.34% — an all-time high. In February, it "dropped" 114 basis points to 11.20%. Per Trepp's own reporting, the decline was the result of "the execution of modifications and extensions of five large, matured office loans and four large mall loans," with office extensions ranging from "one month to almost three years." Roughly 40% of newly delinquent loans in February had been classified as "performing matured balloon" the prior month — loans that had reached maturity, been extended into performing status, then crossed back into delinquency when the extension proved insufficient. The published delinquency rate is *not* a measure of how many loans are in genuine distress. It is a measure of how many loans are in distress *that the special servicers have chosen not to modify within the reporting period*. Wharton research from Hinzen and colleagues (2025) examining bank CRE portfolios found that **"reported delinquencies understate risks from undercollateralized loans by a factor of four."** Apply the Hinzen multiplier to the published 11.20% February office CMBS delinquency: the implied "true" credit stress reading is in the **40–45% range**. That is the rough magnitude of the office sector's underlying problem, masked by the modification machinery. **The cascade will not be contained to CRE.** Federal Reserve data shows that small and mid-sized banks (under \$250 billion in assets) hold approximately **70% of all outstanding U.S. CRE loans**. The largest banks hold approximately 5% as a percentage of their balance sheets. Regional banks ($1B–$10B in assets) hold an average of 35% of total assets in CRE loans; federal regulators flag CRE-to-equity ratios above 300% as excessive, and many regional banks operate at or above this threshold. **The Hinzen Wharton research is explicit that the regional banks are "already lowering lending standards to roll over distressed loans"** — the same extend-and-pretend dynamic visible in the CMBS data, operating at the bank level where the consequences flow to depositors, shareholders, and ultimately the FDIC. **The fiscal dimension extends the cascade.** A 2026 NYU Stern study projects an "urban doom loop": falling commercial property tax assessments → lower municipal revenue → service cuts → migration → further depressed values → further revenue loss. The 401 South State Street building in Chicago was assessed at a value substantially higher than its \$4M sale price; the new owner has standing to appeal the assessment downward, and they will. The framework's prediction: Boston, New York, San Francisco, Chicago, and Los Angeles face meaningful budget pressure and potential credit-rating downgrades through 2026–2027. This is, in framework terms, the slow-motion Minsky moment in commercial real estate specifically — the recognition no longer fully deferrable, the accumulated fragility eventually exceeding the system's absorptive capacity through the slow grind of expired extensions, exhausted patience, and individual properties whose specific economics made further deferral impossible. None of it required a single sudden crisis. It required only that the substitute layer's absorptive capacity be reached. → **Read the full analysis:** [Extend, Pretend, Foreclose: The Commercial Real Estate Collapse the Framework Predicted Is Operationally Here — The Forum](/forum/27-extend-pretend-foreclose-cre) --- ## Concept in Focus: The Substitute Layer [Issue #003](/dispatch/issue-003-two-failures-a-year) introduced the framework's concept of *the substitute layer*: the stack of paper claims, accounting conventions, central-bank backstops, supervisory forbearance, and special-servicer modifications that sit between an asset's underlying productive value and the prices, claims, and balance-sheet positions reported against it. A healthy monetary system contains substitute claims that compress in stress and expand in calm. The pathology arises when the substitute layer is used not to absorb ordinary fluctuations but to **suppress signals that would otherwise force underlying assets to revalue**. The 2023 SVB pathology — Treasury bonds carried at par when their market value was substantially lower — was the canonical recent example. The 2026 CRE situation is the same pathology in a different sector. CMBS office loans are being modified, extended, and re-classified to keep reported delinquency rates lower than the underlying credit quality warrants. The substitute layer is doing the same work it did in 2008 (agency MBS conduits), in 2011 (European sovereign debt extend-and-pretend), in 2020 (COVID forbearance), and now in 2026 (the office CRE modification machinery). The framework's broader catalog reads this as a cumulative pattern across sectors. [Forum #8](/forum/08-agency-mbs-paper-substitute) develops the original case (the \$9 trillion agency MBS market as paper substitute for structurally illiquid single-family housing). [Forum #16](/forum/16-two-failures-a-year) showed the substitute layer at work in the FDIC failure count. [Forum #24](/forum/24-silver-crash-paper-physical) showed it at work in COMEX paper-physical decoupling. [Forum #27](/forum/27-extend-pretend-foreclose-cre) — this week's lead essay — shows it at work in the CMBS time series itself. The same mechanism, in different markets, with the same eventual recognition trajectory. The Atlas page on the [Austrian Business Cycle](/atlas/business-cycle) covers the underlying theory of how substitute-layer suppression accumulates into the cyclical patterns the framework's diagnostic apparatus is calibrated to read. --- ## The Dashboard Snapshot from the [live toolkit dashboard](/toolkit/dashboard) as of June 8, 2026 (refreshes every 15 minutes). - **Mengerian Stress Index (composite)** — **2.13 / elevated** (↓ from 2.38 last week; 3 of 4 components operational). *The composite eased modestly week-over-week, driven primarily by FX cross-currency basis normalization. Still well outside the framework's "normal" range, with repo-haircut dispersion as the most persistent component.* → [/toolkit/mengerian-stress-index](/toolkit/mengerian-stress-index) - **Repo Haircut Dispersion (RHD)** — **2.98pp cross-sectional σ / Z-score +3.96** (unchanged week-over-week). *The most CRE-banking-relevant component of the MSI: when dealers price the same collateral at materially different haircuts, the substrate of dollar funding has compressed. This reading has not budged. The bank-side stress the lead essay describes is visible here first.* → [/toolkit/repo-haircut-dispersion](/toolkit/repo-haircut-dispersion) - **Gold Basis** — **−0.260% (backwardation)** — spot \$4,365.15 (LBMA PM 2026-06-05), /GC front-month \$4,353.80, basis −\$11.35 (↑ from −0.685% last week; backwardation eased). *Substrate-trust signal continues to print in the backwardation direction but with diminishing magnitude. The signal that Issue #001 introduced as the leading diagnostic.* → [/toolkit/gold-basis](/toolkit/gold-basis) - **FX Cross-Currency Basis** — **199 bps mean absolute deviation** across four pairs (EURUSD +120, GBPUSD −13, USDCHF +425, USDJPY +238). *Substantial week-over-week normalization from 855 bps last week — but the raw reading is still ~20σ outside the framework's baseline range and Z-score remains capped at +5. Dollar-liquidity pressure has eased without resolving.* → [/toolkit/cross-currency-basis](/toolkit/cross-currency-basis) --- ## The Scorecard A new public page at [/scorecard](/scorecard) now tracks the framework's time-bounded predictions against subsequent outcomes. Every numbered prediction recorded in the Dispatches and the Forum essays is logged with its date, its scope, and the empirical test that will resolve it. The **first major resolution** is from Issue #003 (Two Failures a Year, published 2026-05-11), which made specific advance predictions about the FDIC's Q1 2026 Quarterly Banking Profile. That release dropped on May 19. The framework's predicted bands: | Metric | Framework prediction | Q1 2026 actual | Result | |---|---|---|---| | Problem bank list | 62–66 banks | 64 banks | within band | | Unrealized losses (top 100 banks) | \$310–340 billion | \$324 billion | within band | | Bank-held CRE delinquency | ≥1.58% | 1.78% | confirmed | All three predictions resolved within the framework's recorded ranges. This is not a celebration — substrate-fragility predictions resolving within predicted ranges means the structural reading is operating with appropriate precision, *not* that the situation is contained. The point of the Scorecard is the discipline: making time-bounded testable claims, recording them publicly before they resolve, and engaging the results honestly when they arrive. The next major resolution drops Tuesday: the **May 2026 CPI release on June 10** is the first major data point that should reflect meaningful Hormuz transmission per [Issue #006's](/dispatch/issue-006-the-lag) propagation timeline. Whatever the print shows — confirming the framework's trajectory or surprising it — will be engaged honestly on the Scorecard. --- ## The Actionable The framework's specific operational observations for households in light of the CRE cascade: 1. **Regional bank exposure deserves direct examination.** Households with substantial deposits at regional banks (\$1B–\$50B in total assets) should examine the specific institution's CRE concentration. The data is publicly available through the FFIEC's Call Report system. CRE-to-equity ratios above 300% are flagged by federal regulators as excessive. Such banks are not immediately at risk of failure — they are structurally exposed in ways that will produce meaningful capital pressure over the next 18–36 months. FDIC insurance covers deposits up to \$250,000 per depositor, per insured bank, per ownership category; deposits exceeding the threshold should be distributed across institutions. 2. **Municipal credit matters for fixed-income holdings.** Households holding municipal bonds from major cities with high commercial property tax dependence (Boston, New York, San Francisco, Chicago, Los Angeles) should review the specific issuers' revenue diversification and rainy-day fund positions. The urban doom loop is a multi-year process; meaningful credit deterioration is likely over the next 24–36 months in the most exposed municipalities. 3. **Office REIT exposure may continue repricing.** The repricing of publicly traded office REITs over the past several years has not fully absorbed the extend-and-pretend distortions visible in the underlying CMBS data. Households with office REIT exposure should understand the office sub-sector specifically faces continued downside as the substitute-layer mechanisms exhaust further. Industrial, multifamily, and data-center REITs operate under different supply-demand conditions and should not be evaluated as a single class with office. 4. **Track the RHD reading specifically.** The Repo Haircut Dispersion component in the dashboard above is the framework's most direct signal of regional-bank funding stress. It has not eased week-over-week even as other dashboard components normalized. This is the signal to watch as the CRE recognition trajectory progresses. *Educational content only — not investment advice.* --- ## From the Archive > *"The financial instability that first surfaced with full force in 2008 is the result of a deteriorating condition in world finance going back 40 years. Worse still, that deterioration is continuing and threatens with an historically unprecedented world-wide credit collapse... Any other means of payment, including Federal Reserve credit, however useful in international trade or otherwise, could not extinguish debt. It could only shift debt from one debtor to another (ultimately, to the U.S. government)."* — Antal Fekete, *Sources and Remedies of Financial Instability* (May 2011) Fekete's 2011 essay identifies the post-1971 monetary architecture's central deficiency: without gold bonds as the ultimate extinguisher of debt, every "resolution" of credit stress reduces to *shifting debt from one debtor to another* rather than extinguishing it. Extend-and-pretend is the operational form this shifting takes at the asset level. The borrower's distressed loan is shifted to the special servicer's modification process; the modification shifts the recognition event into a future quarter; the future quarter's recognition shifts the loss onto the lender's balance sheet; the lender's balance-sheet capacity shifts the eventual cost onto depositors, taxpayers, or the FDIC. The mechanism is sixteen years old by Fekete's clock and a century old by the architecture's. The 2026 CRE situation is the latest sector to make it operationally visible. → [Read the full essay in the Fekete Archive](/archive/fekete/sources-and-remedies-of-financial-instability) --- ## Also This Week - **New from The Forum:** [The Saleability of Human Hours: Labor, AI, and the Mengerian Inversion Already Underway](/forum/28-saleability-human-hours-labor-ai) — the framework's first direct application to labor markets. April BLS jobs print of 115K masking a structural inversion: tech-sector Q1 layoffs of 45K (~20% attributed to AI substitution), while Ford reports 5,000 open mechanic positions at salaries reaching \$120,000, data-center electricians earn \$280,000, and the construction sector is short 349,000 workers in 2026 alone. Menger's six saleability criteria applied to labor itself, with direct engagement of Anthropic CEO Dario Amodei's "white-collar bloodbath" prediction. - **Toolkit — new instrument:** [Silver Basis Monitor](/toolkit/silver-basis) is now live. Pairs with the Gold Basis Monitor to provide the bimetallic substrate-trust reading that [Issue #001](/dispatch/issue-001-why-gold-didnt-spike) and [Issue #005](/dispatch/issue-005-paper-and-physical) established as foundational diagnostics. The silver basis is structurally distinct from gold's because of silver's industrial demand component and the post-January-30 substrate event the framework documented. - **Toolkit infrastructure:** the [live dashboard at /toolkit/dashboard](/toolkit/dashboard) now refreshes every 15 minutes (was daily). The homepage now carries a live-readings strip. **Methodology blocks** have been added across the operational toolkit pages — explicit description of each instrument's data source, calculation, baseline calibration, and known limitations. The transparency layer is now publicly readable. - **Machine-readable framework:** the catalog is now available at [/llms.txt](/llms.txt), [/llms-full.txt](/llms-full.txt), and [/llms-full-archive.txt](/llms-full-archive.txt). Designed for AI agents that may need the framework as analytical context. The full Fekete archive is included in the archive variant. - **Atlas:** [The Austrian Business Cycle](/atlas/business-cycle) — the underlying theory of how substitute-layer suppression produces the apparent calm that precedes recognition. --- # The Lag URL: https://newaustrianeconomics.com/dispatch/issue-006-the-lag/ Date: 2026-06-01 Type: issue Description: Supply shocks propagate to consumer prices on calendar time, not news-cycle time. The Strait of Hormuz closure that began on February 28 is now four months into a propagation sequence whose academic-literature pass-through estimates point to peak American household impact in Q1–Q2 2027 — twelve to fifteen months after the shock began, and substantially after any plausible geopolitical resolution. The strategic reserves are not absorbing the disruption; they are deferring it. The framework reads the lag as the structural mechanism. *Welcome to Issue #006 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept, a snapshot of this week's dashboard readings, and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens On February 28, 2026, U.S. and Israeli forces launched coordinated strikes against Iranian nuclear, military, and IRGC command infrastructure. Within forty-eight hours, the Strait of Hormuz — the maritime chokepoint through which approximately 20 million barrels per day of oil and approximately 20% of global LNG transit — had effectively closed to commercial shipping. Major carriers (Maersk, MSC, CMA CGM, Hapag-Lloyd) suspended transits within the same window. War risk insurance was cancelled for Gulf transits on March 5. The United States released **172 million barrels** from the Strategic Petroleum Reserve in March 2026 as part of a coordinated 400-million-barrel IEA response — the largest such coordinated release in history. The SPR now sits at approximately 243 million barrels, its lowest level since February 1982. Brent crude is up approximately 60% since the strikes began. Yet U.S. consumer price inflation prints have remained moderate through April (3.8% headline, 2.8% core). The popular financial press has treated the absence of an immediate price spike as evidence the disruption is being managed. This reading misunderstands the calendar mechanics. **Supply shocks propagate to consumer prices on calendar time, not news-cycle time** — and the propagation schedule is not negotiable. --- ## Lead Essay: The Lag Is the Structure The framework's analytical posture across this catalog has consistently been that the aggregates the financial press and policy community track are structurally inadequate to capture the timing and distribution of economic stress as it actually arrives at the household level. The QE-to-inflation lag of 2008–2022 was the canonical demonstration for a monetary shock: the Federal Reserve expanded its balance sheet from approximately \$900 billion to \$4.5 trillion through 2008–2014, and the peak headline CPI of 9.1% arrived in June 2022 — approximately fourteen years after the expansion began and eight years after the expansionary phase ended. The post-COVID monetary expansion compressed this somewhat, with consumer price effects arriving within eighteen to twenty-four months. The Hormuz disruption of 2026 is a structurally different shock — supply-side rather than monetary — but the calendar mechanics of propagation are similar in form. **Two mechanisms produce the systematic lag.** The buffer mechanism (strategic reserves, commercial inventories, hedging programs, contract carry-over) absorbs the initial shock and allows the underlying disruption to operate for weeks or months before propagation reaches retail prices. The contract mechanism (multi-month and multi-year forward contracts at fixed prices, hedging programs structured 6–24 months forward) defers the effect of current spot-market changes onto future periods when contracts come up for renewal. The combined effect is what economists call *pass-through lags*. The academic literature is substantial on this point. **The empirical pass-through estimates are specific.** Galo Nuño's 2009 *Energy Economics* study found that direct oil-to-refined-product pass-through completes within three to five weeks. The more consequential pass-through, from refined products and primary inputs to broader consumer goods, operates on substantially longer timelines. Robert Minton (Federal Reserve) and Brian Wheaton (UCLA) in 2024, using detailed input-output data, found that **upstream industries feel approximately 75% of an oil price shock within six months, while downstream industries take approximately twenty months to feel a similar magnitude of impact**. The Federal Reserve's own modeling estimates that a permanent 10% increase in crude oil prices adds approximately 0.4 percentage points to headline CPI over the course of one year — *each year* — meaning the full cumulative pass-through extends across multiple years rather than completing within twelve months. **Combining these empirical estimates with the current shock**: Brent crude is up approximately 60% from pre-conflict levels. If the disruption persists, the cumulative consumer price impact would be approximately **2.4 percentage points added to headline CPI** over the propagation window. The window itself peaks in Q1–Q2 2027. **The channel-by-channel propagation timeline** runs from days (gasoline pump prices, T+0 to T+6 months, peak ~May–June 2026) through years (manufactured goods, T+5 to T+22 months, peak ~T+12; pharmaceuticals, T+6 to T+24 months). The most economically consequential single channel and the one the framework reads as most underappreciated is fertilizer-to-food. **Approximately one-third of globally traded fertilizer transits the Strait of Hormuz.** Natural gas is the primary feedstock for nitrogen fertilizer production — and natural gas prices are themselves rising through the LNG channel. Fertilizer accounts for roughly one-third of the cost of corn and wheat production. The lag is dominated by the agricultural growing cycle: fertilizer purchased for 2026 was largely contracted before the disruption began, with effects flowing into 2027 plantings, into 2027 harvests, and into 2027–2028 food prices. The framework's reading: **U.S. grain prices will rise approximately 25–40% by mid-2027 due to the fertilizer transmission alone**, with broader food price impacts following. **The buffer math is sobering.** Combined IEA member emergency stocks plus industry stocks of approximately 1.8 billion barrels are being drawn down at a rate that gives perhaps 6–12 months of effective absorptive capacity. The SPR specifically is at 35% of capacity, structurally compromised by repeated drawdown cycles, with refilling on a 2026–2029 timeline. Cushing, Oklahoma — the central U.S. oil storage hub — is approaching operationally low levels. The buffers are deferring impact during 2026; the impact arrives in 2027 as the buffers exhaust. **The geopolitical structural reading argues against clean resolution.** China loses from the disruption but gains nothing from supporting its resolution; Russia benefits directly from elevated oil prices; Iran's IRGC has incentive to maintain disruption capability as leverage; war risk insurance markets re-establish coverage slowly even after formal de-escalation. The combined effect: the disruption will likely persist at meaningful intensity through the second half of 2026, with partial improvement through 2027 and full normalization not before 2028 at the earliest — *substantially independent of any specific resolution scenario that may emerge*. **The framework's specific forecast, recorded for testing**: pump prices elevated \$1.20–\$1.80 per gallon by mid-2026; headline CPI rising to 4.5–5.5% by Q3 2026 and 5–6% by Q4; food inflation accelerating from 2.6% to 4–5% through 2026 and **reaching 6–9% year-over-year by mid-2027**; manufactured goods showing 5–10% real price increases through 2027; headline CPI peaking in the 6–7% range in Q1–Q2 2027 and moderating to 4–5% through 2028. By the time the May 2027 CPI release confirms what the framework predicts now, the American household will have been absorbing the impact through grocery store visits, pump fillings, utility bills, durables purchases, and service prices for nine to fifteen months. → **Read the full analysis:** [The Lag: What Hormuz Will Cost the American Household, and When — The Forum](/forum/26-hormuz-lag-household-cost) --- ## Concept in Focus: The Mengerian Stress Index The third essay of this catalog proposed a quantifiable extension of Menger's saleability spectrum — five observable market proxies, each capturing a different dimension of substrate-layer trust, aggregated into a composite stress reading that would lead conventional crisis indicators by several weeks. The proposal was theoretical. **As of this week, it is no longer.** The composite **Mengerian Stress Index (MSI)** runs live on the toolkit, updated continuously across four operational components (a fifth is in build): the gold basis, the silver/gold ratio, ETF NAV deviation across precious-metals trackers, and the FX cross-currency basis (CIP-deviation) on the dollar against major currency pairs. Each component is a direct-observation measure of substrate fragility in a specific market. The composite Z-scores them against rolling history and aggregates them into a single regime classification. The accompanying Forum essay has been reworked from spec into the **public definition layer** for the live framework. It now contains precise definitions for each of the five proxies, the motivation for the composite, the marketability half-life as a regime-classification tool, and explicit acknowledgment of which calibration details sit behind the dashboard rather than in the public-facing essay. The live MSI lives at [/toolkit/mengerian-stress-index/](/toolkit/mengerian-stress-index). The definitional essay lives at [Forum #12](/forum/12-mengerian-stress-index-dashboard). The framework's broader analytical claim is that *aggregates lie because they smooth across heterogeneity that matters*. The MSI is the framework's affirmative answer — a composite that integrates the heterogeneity the conventional aggregates obscure, reported with the regime classification that household and operator decisions actually need. The Atlas page on the [Austrian Business Cycle](/atlas/business-cycle) covers the underlying theory of how substrate-layer stress accumulates into the cyclical patterns the MSI is calibrated to read. --- ## The Dashboard A new recurring section: each week's MSI composite and three readings tied to the issue's theme. Snapshot from the [live toolkit](/toolkit) as of June 1, 2026. - **Mengerian Stress Index (composite)** — **2.38 / elevated** (3 of 4 components operational; ETF NAV Deviation in build). *The framework's headline composite reading just went live this week. The current value is well outside the normal range, driven primarily by the FX cross-currency basis component and elevated repo-haircut dispersion.* → [/toolkit/mengerian-stress-index](/toolkit/mengerian-stress-index) - **Gold Basis** — **−0.685% (backwardation)** — spot \$4,545.95 (LBMA PM 2026-05-29), /GC front-month \$4,514.80, basis −\$31.15. *Substrate-trust signal between LBMA spot and COMEX front-month, the same diagnostic Issue #001 introduced. Futures below spot is Fekete's "pristine, incorruptible measure" of paper-money stress. The reading is modest in magnitude but in the wrong direction.* → [/toolkit/gold-basis](/toolkit/gold-basis) - **Silver/Gold Ratio** — **60.08** — gold \$4,514.80, silver \$75.15. *Bimetallic stress reading. Silver remains relatively elevated against gold even four months after the January 30 paper-physical decoupling event (Issue #005), with the ratio still below the long-run norm of ~70. Recovery is partial, not complete.* → [/toolkit/silver-gold-ratio](/toolkit/silver-gold-ratio) - **FX Cross-Currency Basis** — **855 bps mean absolute deviation** across four pairs (EURUSD +688, GBPUSD −111, USDCHF +1,951, USDJPY +673), Z-scored at the framework's +5 cap. *Dollar-liquidity stress. Normal CIP deviation runs single-to-low-double digit bps; the current reading is two orders of magnitude outside that range. The Hormuz disruption is drawing on global dollar reserves through the energy-import channel, and this is where the pressure registers first.* → [/toolkit/cross-currency-basis](/toolkit/cross-currency-basis) The dashboard runs continuously; the snapshot here is the framework's reading at publication. Subscribers tracking the trajectory should bookmark the toolkit and check between issues. --- ## The Actionable The framework's specific operational observations for households exposed to the Hormuz propagation: 1. **The aggregate price data will report this on lag.** Headline CPI will not reflect full impact until 9–15 months after the household begins experiencing it through retail purchases. Households waiting for aggregate confirmation before adjusting planning will be making decisions on data that materially understates current cost pressure. Use forward-looking channel-specific signals (gasoline futures, LNG benchmark prices, container shipping indexes) as leading indicators rather than relying on aggregate inflation reports. 2. **The inventory cycle is currently working in your favor for one-time purchases.** Vehicles, appliances, electronics, and similar durables in 2026 retail were produced under pre-shock cost structures. Replacement inventory produced in 2026 under elevated input costs reaches retail through 2027. Households contemplating large durable purchases should price the buffer-exhaustion timeline explicitly. 3. **Fertilizer and food are the highest-leverage channels.** The fertilizer-to-food propagation through the 2027 planting cycle is the most economically consequential single channel and the hardest to escape through individual household preparation. Households with significant exposure (large families, fixed incomes) should anticipate meaningfully tighter budgets through 2027 and consider whether existing food-spending categories can be reconfigured before the impact arrives. 4. **The strategic petroleum reserve is at near-operational lows.** Households whose planning assumed continued availability of reserve releases as a price-stabilization mechanism should recalibrate. Any subsequent disruption arriving before the reserve is rebuilt will face substantially less buffer than what muted the early-stage Hormuz impact. 5. **The MSI is the standing diagnostic.** The Dashboard above is where the framework reads substrate-layer stress in real time. As Hormuz propagation compounds with the housing diagnostics (Issues #003–#004), the precious-metals substrate (Issue #005), and the cryptocurrency-architecture pressure (Issue #002), the composite reading is the integrated signal. *Educational content only — not investment advice.* --- ## From the Archive > *"The QTM is a linear model that may be valid as a first approximation, but fails in most cases as the real world is highly non-linear. My own theory predicts that it is not hyperinflation but a vicious deflation which is in store for the dollar... While prices of primary products such as crude oil and foodstuffs may initially rise, there is no purchasing power in the hands of the consumers, nor can they borrow as they used to do in order to pay the higher prices."* — Antal Fekete, *A Critique of the Quantity Theory of Money* (April 2009) Fekete's 2009 critique was that the Quantity Theory of Money — the framework underlying both monetarism and modern central banking — treats monetary propagation as if it were a linear function of money supply, when the real world is governed by structural mechanics (bond speculation, falling-rate distortions, capital erosion) that the theory smooths over. The same critique applies, with the variables changed, to the conventional reading of supply shocks. The conventional reading treats Hormuz propagation as if it were a short-window function of the shock; the framework's reading is that the structural mechanics (buffer exhaustion, contract carry-over, channel-by-channel pass-through asymmetries) govern the actual trajectory in ways the simple model cannot capture. The lag is the structure, not a delay in an otherwise linear process. → [Read the full essay in the Fekete Archive](/archive/fekete/a-critique-of-the-quantity-theory-of-money) --- ## Also This Week A heavy week of catalog and toolkit work: - **Companion piece:** [The Iran Crypto Seizures and the Privacy Narrative](/forum/25-iran-crypto-seizures-privacy-narrative) — Treasury Secretary Scott Bessent at the Reagan National Economic Forum on May 29: *"We just outright grabbed the wallets. Some of them may be typing in right now and might not realize their wallet had been grabbed."* The framework's reading of the cleanest single empirical demonstration that cryptocurrency's privacy and censorship-resistance properties are sharply heterogeneous across instrument types — and that the Cryptocurrency Trilogy's (Issues #002, Forum #13–#15) abstract arguments are now operationally validated. - **From spec to live:** [The Mengerian Stress Index — Forum #12](/forum/12-mengerian-stress-index-dashboard) has been reworked from theoretical specification into the public definition layer for the now-live framework. Precise component definitions; the composite motivation; the marketability half-life as regime classification. Calibration details remain behind the dashboard, where they belong. - **Toolkit infrastructure:** A substantial portion of the toolkit went live this week. Phase 1 instruments (Gold Basis, Silver/Gold Ratio, Yield Curve, Time Preference, Business Cycle, LBMA Fixes) are now live with real continuous data. Phase 2 instruments wired to the API (FDIC Failures, COMEX Paper/Physical, COT Concentration, Repo Haircut, Treasury Auction Stress, Property Tax Projector, more). Wave 1 additions: Enforcement Watchlist, Metro Saleability Map. The composite MSI itself is now operational. The full instrument list is at [/toolkit](/toolkit). Phase 3 instruments are in build. - **Atlas:** [The Austrian Business Cycle](/atlas/business-cycle) — the underlying theory of how substrate-layer stress accumulates into the cyclical patterns the MSI is calibrated to read. --- # Paper and Physical URL: https://newaustrianeconomics.com/dispatch/issue-005-paper-and-physical/ Date: 2026-05-25 Type: issue Description: On January 30, 2026, silver lost approximately 32% of its dollar value in two trading days — from roughly $120 per ounce to $78.29 at the precise bottom. Gold dropped 11% on the same day. Approximately $2.5 trillion in precious metals market value was erased. The COMEX paper price collapsed; physical silver in Shanghai, London, and U.S. retail bullion markets substantially did not. The framework reads this as the cleanest single operational demonstration of substrate-layer fragility the catalog has documented — and the moment paper-physical decoupling stopped being theoretical. *Welcome to Issue #005 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens In the final two trading days of January 2026, the price of silver collapsed from approximately \$120 per ounce to \$78.29 — a 32% drop in roughly forty-eight hours. Gold lost 11% over the same window. Combined precious metals market value erased: approximately \$2.5 trillion. It was the largest single-day move in silver since 1980, the year the Hunt Brothers' attempted corner was broken by COMEX rule changes. The conventional explanation offered in the immediate aftermath was clean and proximate: President Trump's January 30 nomination of Kevin Warsh as Federal Reserve Chair triggered a broad risk-off cascade, the CME raised margin requirements on COMEX silver during the rapid decline, leveraged long positions could no longer meet the new margin requirements, forced liquidation drove the price down, stop-loss orders cascaded. By the conventional account, the crash was a routine margin spiral in an extended speculative run, structurally similar to the May 2011 silver crash that took the price from \$49 to \$26 after CME raised margins five times in two weeks. The framework reads the same data and notices something the conventional explanation misses. **The COMEX paper price collapsed. Shanghai physical silver did not.** London cash markets did not. U.S. retail bullion premiums *widened* to levels not seen since 2020. The SLV ETF's authorized participant arbitrage mechanism reportedly broke down. JPMorgan Securities, fined \$920 million by the DOJ in 2020 for documented spoofing of precious metals between 2008 and 2016, was on the CME delivery reports for **exactly 633 February silver contracts at the \$78.29 settlement** — 3,165,000 ounces of physical silver, taken from counterparties at the precise bottom of the move. The framework has been describing this configuration theoretically across twenty-three prior essays. On January 30 it stopped being theoretical. --- ## Lead Essay: When the Substrate Stopped Being Theoretical The structural background that made the cascade possible was visible in published data for years before the event. Three contextual features are critical. **The physical supply deficit.** Silver mine production has declined from approximately 900 million ounces in 2016 to approximately 835 million ounces in 2025. Industrial demand has grown substantially — photovoltaic solar panels use approximately 100 million ounces per year and rising; electric vehicles, AI data center electrical infrastructure, and high-voltage switchgear add further. The Silver Institute's 2025 World Silver Survey documents an annual structural deficit of approximately 164 million ounces — **the fifth consecutive year of deficit**. The market entered 2026 with above-ground inventory at COMEX, LBMA, and Shanghai depleting on a continuous basis. **The paper-physical ratio on COMEX.** The framework's catalog has cited approximately 300 paper ounces traded per physical ounce of registered COMEX inventory. The exact ratio is contested; the direction is not. The COMEX entered the January crash with **registered silver inventory of approximately 30 million ounces** against open interest representing substantially more. **The concentrated short position.** The CFTC's Commitments of Traders report for December 30, 2025 — the most recent before the crash — showed commercial traders net short approximately 50,262 contracts in COMEX silver, equivalent to roughly 251 million ounces. The bullion bank category (Swap Dealers) was net short **approximately 220 million ounces** at comparable timing. The CFTC's own published methodology treats concentrated short positions as the primary statistical signal for downward price manipulation risk. The silver market's concentration ratios have consistently been at the upper end of the agency's observed range across regulated commodities for at least three decades. **The cascade did not require coordinated manipulation; the structural configuration was sufficient.** Paper claims substantially exceeding physical backing, a small number of bullion bank participants holding large net short positions, and a structurally tight physical demand-supply balance produced a market waiting for any plausible trigger. The Warsh nomination was the trigger. The CME margin hikes were the amplification mechanism. The forced liquidation of leveraged longs drove the price down to the \$78 trough. The mechanism was structurally identical to 1980's Hunt Brothers liquidation — *with the roles reversed*. In 1980 the leveraged participants being broken were the longs (the Hunts) and the protected institutional participants were the bullion bank shorts. In 2026 the leveraged participants being broken were the longs holding paper silver claims at the \$120 peak, and the protected institutional participants were the concentrated shorts on the other side. The exchange's margin authority operated to break the longs in both cases. Only the participants on each side had changed. **The JPMorgan dimension requires careful epistemological discipline.** Three claims circulate, at three different evidentiary levels. *The bank was net short silver heading into the crash* — consistent with published COT data, consistent with the bank's historical positioning, has not been contradicted by JPMorgan, but cannot be confirmed at the institutional level from public data alone. *The bank issued 633 February contracts at the \$78.29 settlement, taking physical delivery at the bottom of the crash* — documented in CME delivery reports under the institutional identifier for JPMorgan Securities; the inference that this represents profit-taking on a short position established at higher prices is logically consistent with the data but is a post-hoc inference rather than directly observable. *The bank engineered the crash through coordinated manipulation to profit from forced liquidations of leveraged longs* — circulated heavily in alternative finance commentary; the framework does not have an analytical basis for asserting this beyond what the contract data alone establishes. What the framework can usefully say is what the structural configuration demonstrates. **The CFTC publishes concentration data weekly. Its own methodology treats such concentrations as the primary signal of potential manipulation. The agency has, equally consistently, declined to act on the signal it publishes.** The 2020 settlement addressed spoofing as a specific illegal practice; it did not address concentration as the structural condition. The framework's reading: the institutional inability or unwillingness of the CFTC to address concentration as a structural matter, even after settling enforcement actions against the same institutions for related misconduct, is the systemic-level observation the January 30 event makes most visible. Five framework observations follow directly. **First, the paper-physical decoupling is now operationally demonstrated at scale.** Any future analysis treating COMEX paper price as a reliable proxy for physical metal value is operating on outdated information. **Second, the Mengerian saleability spectrum has been operationally validated for silver specifically.** Physical silver in your possession on January 30 retained substantially full value; paper silver in your COMEX or SLV positions did not. The saleability difference between paper and physical claims on the same underlying metal is now empirically visible, not just theoretically arguable. **Third, the CFTC's structural inability to address concentration is itself the diagnostic** — and concentration in COMEX silver short positions will remain at or near current levels through the next decade regardless of any specific enforcement action that may follow. **Fourth, any saleability-motivated precious metals position should be in physical metal stored in custody arrangements that allow direct possession and that do not depend on the COMEX or LBMA delivery mechanisms for redemption.** **Fifth, the broader catalog's substrate-layer thesis is now validated by a specific empirical event** — the mechanisms documented in housing finance (Forum #8), Florida insurance (Forum #18, Forum #19), and the operational substitute layer (Forum #21) operated together with unusual clarity in a single forty-eight-hour window where the data could not be obscured after the fact. → **Read the full analysis:** [Paper, Physical, and the Silver Crash of January 30 — The Forum](/forum/24-silver-crash-paper-physical) --- ## Concept in Focus: Paper-Physical Decoupling In Fekete's framework, the relationship between a monetary metal and its paper claims is measured by the *basis* — the spread between the futures price and the spot price. Under normal conditions the basis is positive (futures above spot), reflecting cost-of-carry. When the basis compresses toward zero or inverts (spot above futures), the market is signaling that holders of physical metal refuse to lend it into the futures market even for a risk-free profit. The metal commands a premium over the paper promise. Fekete called sustained basis inversion *permanent backwardation* and argued it would be the final signal of substrate-layer failure. **Paper-physical decoupling is the operational form this signal takes in a market thick enough to obscure it.** The January 30 silver crash was not a backwardation event in Fekete's strict technical sense — the futures market did not invert against spot in a sustained way. It was something subtler and operationally more consequential: a forty-eight-hour window in which the COMEX paper price moved one way (down 32%) and the physical silver price in Shanghai, London, and U.S. retail moved a substantially different way (held or rose). The decoupling occurred at the operational layer where holders of paper claims would normally redeem them for physical metal. The SLV authorized participant mechanism — the standard arbitrage that keeps the ETF price aligned with the underlying — reportedly broke down during the crash. Physical material was scarce at any price near the COMEX paper level. Retail bullion premiums widened to 2020 levels. The implication is the one Fekete's basis framework predicted in a different vocabulary: **paper claims on a monetary metal are not equivalent to the metal itself, and the divergence is operationally observable in stress conditions even when the underlying market has not yet entered formal backwardation**. The framework's prior treatment of precious metals had to argue this distinction theoretically. After January 30, it no longer needs to. The Atlas page on [Permanent Backwardation](/atlas/permanent-backwardation) develops Fekete's full framework for substrate-layer failure in the monetary metals. --- ## The Actionable The framework's specific operational observations for household readers. 1. **Physical possession matters more than the conventional financial advice has historically suggested.** The post-1971 financial planning literature treated paper claims on precious metals (ETFs, futures, allocated accounts) as substantively equivalent to physical metal for most household purposes. January 30 demonstrates the difference is structurally significant under stress, not merely a matter of preference. Any saleability-motivated precious metals position should be in physical metal stored in custody arrangements that allow direct possession. 2. **The 2020 JPMorgan settlement is ongoing context, not historical artifact.** The settlement covered conduct through 2016. The framework's reading is that the underlying institutional incentives that produced the conduct have not been structurally addressed, and that the structural conditions that produced the January 30 crash are continuous with those that produced the 2008–2016 conduct. 3. **The Working Group on Financial Markets exists.** Its membership and statutory function are public (Treasury Secretary as chair, Fed Chair, SEC Chair, CFTC Chair). Its activities around specific market events are not. Households making long-term financial decisions should understand that the institutional apparatus supporting systemically important financial institutions during stress events is meaningfully larger and more responsive than the apparatus available to support smaller market participants. This is an operational observation about the structure of the system, not a moral claim. 4. **Concentration ratios are public data and worth tracking.** The CFTC publishes weekly COT reports, free, downloadable, requiring modest analytical effort to interpret. Any household with meaningful precious metals exposure should review the weekly COT data as a standing diagnostic practice. The bullion bank category short position is the variable to watch. *Educational content only — not investment advice.* --- ## From the Archive > *"It was designed to let the same silver to be present in two different places at the same time... If silver busbars in electrical plants can serve as reserves of silver certificates, then so can unmined silver in the mines, including mines in the Moon. So can silver held in vaults abroad."* — Antal Fekete, *Silver Charade, Gold Charade* (December 2005) Fekete's 2005 essay walks through the Green Silver Act of 1943, by which Congress authorized the Treasury to use the physical silver that backed outstanding silver certificates for war-production purposes while simultaneously continuing to count the same silver as monetary reserves. The mechanism — paper claims circulating against physical metal that was operationally unavailable for delivery — is the same mechanism that produced the COMEX paper-physical decoupling on January 30, 2026. The vocabulary is older. The substrate is sounder. The structural problem is identical: the moment paper claims are allowed to exceed physical backing, the eventual reconciliation is not a question of whether but of when and on whose terms. → [Read the full essay in the Fekete Archive](/archive/fekete/silver-charade-gold-charade) --- ## Also This Week A heavy week of new Forum installments, all extending the framework into specific empirical conditions: - **Macro-measurement audit:** [Aggregates That Lie: A Framework Audit of CPI, GDP, and the 2% Target](/forum/20-aggregates-that-lie) — the 2% Fed target as a monetarist artifact imported from the 1990 RBNZ Policy Targets Agreement; the Boskin Commission methodology shifts that lowered measured CPI by approximately 1.0–1.3 percentage points per year since 1996; why no national aggregate can capture household experience. - **Firsthand institutional account:** [The Operational Substitute Layer: A Firsthand Account from Inside the Machinery](/forum/21-operational-substitute-layer-firsthand) — five years at the Bank of New Zealand building the RMBS securitization infrastructure the Reserve Bank mandated as a condition of central bank liquidity access. \$6 billion securitized in six months by a two-contractor team. Opens a new thread in the catalog: *Inside the Substitute Layer*. - **Property rights diagnostics:** [Eminent Domain, AI Data Centers, and the Erosion of Property Rights](/forum/22-eminent-domain-ai-data-centers) — the Georgia Power Project Wansley case (20–30 homes demolished for a 35-mile 500kV corridor serving four AI data centers), Kelo v. New London revisited, the New Albany Company / Wexner / JobsOhio model in central Ohio as private regional government across 11 counties. - **Credential diagnostics:** [The Credential That Could Not Compound](/forum/23-credential-that-could-not-compound) — Hampshire College's April 14 closure, Anna Maria nine days later, 48 nonprofit colleges closed since March 2020 affecting 52,000+ students. The 1,571% cumulative tuition increase since 1977 against 408% overall CPI. The framework's six-criteria saleability audit of the college degree itself, and AI's specific erosion of its substantive-value component. - **Atlas:** [Permanent Backwardation](/atlas/permanent-backwardation) — Fekete's full framework for substrate-layer failure in the monetary metals. --- # The Metro Saleability Map URL: https://newaustrianeconomics.com/dispatch/issue-004-metro-saleability-map/ Date: 2026-05-18 Type: issue Description: National housing statistics obscure the only variable that now matters. Through Q1 2026, 89 of the 300 largest U.S. metros are in outright year-over-year price decline while Hartford is up 22.5% from its 2022 peak and Toledo is projected at +13%. Lakeland, Florida runs the highest foreclosure rate in the country; Columbus, Ohio runs the cleanest framework-validated case for buying. The geographic split is real, sharp, and worsening — and the framework's housing prediction from Forum #7 is being validated against forty metros, four indicators, and one US map. *Welcome to Issue #004 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens The national housing statistics for early 2026 read like ordinary cooling. The Zillow Home Value Index is up 0.4–0.8% year-over-year. Mortgage rates are stable around 6.23%. Existing home sales are down modestly. Aggregate inventory is up. The aggregate hides the only variable that now matters. Through March 2026, **89 of the 300 largest U.S. metros are in outright year-over-year price decline** — roughly thirty percent of the market. Austin is down 5.9%. Tampa is down 3.5%. Dallas is down 3.9%. Cape Coral and Punta Gorda are in double-digit declines. Statewide Florida is off approximately 4.2%. Meanwhile Hartford is the hottest single market in the country at 22.5% above its 2022 peak, and Realtor.com projects Toledo at +13.1% by year-end. **Lakeland, Florida recorded the highest foreclosure rate in the United States in ATTOM's Q1 2026 report**, and again in January, and again in February. **Indiana, South Carolina, and Florida lead the nation in state foreclosure rates**. The conventional housing-affordability discussion focuses on mortgage rate and price. The variable that now determines whether the math works is something else entirely. --- ## Lead Essay: Forty Metros, Three Colors, One Map Forum essay #7 made an uncomfortable prediction in late April: housing scores at the bottom of Menger's saleability spectrum on every objective criterion, the preserved case for individual home purchase is narrow (supply-constrained markets, 10+ year holding horizon, intent to occupy, manageable carrying costs), and the post-2021 trajectory would produce geographic heterogeneity in housing saleability sharp enough to be observable in metro-level data. The new installment tests that prediction against forty major U.S. metros, four observable indicators, and one composite map. The result is the most striking single chart this catalog has produced. **Roughly forty percent of the major metros are now in clear stress (red). About thirty-five percent retain the supply-constrained, manageable-cost profile the framework identifies as the preserved case for buying (green). The remaining twenty-five percent occupy a transitional middle (yellow).** The split is real and sharp. **The four indicators are individually tractable and reported at roughly monthly cadence.** Inventory imbalance (the correlation between 12-month price change and inventory balance now runs at -0.8 per ResiClub Analytics — the single most decisive variable). Year-over-year price trajectory (Zillow's metro-level ZHVI). Foreclosure rate (ATTOM's quarterly market report, with January 2026 documenting 118,727 filings — the highest quarterly count since 2020, the twelfth consecutive month of year-over-year increases). Property tax burden and trajectory (the NYT documented 9 metros with property tax bills up 45–65% in just five years since 2019). **Three case studies anchor the categories.** Lakeland, Florida (RED) embodies saleability collapse on every dimension simultaneously: prices off 8–10% from the 2022 peak, days-on-market at 74 (up from 28 at the pandemic peak), inventory up 38% year-over-year, foreclosure rate the highest in the country, and a combined non-mortgage carrying cost that has risen from \$4,500 per year in 2019 to \$8,300 in 2026 — a \$317-per-month increase that arrives independently of any mortgage rate change. Indianapolis, Indiana (YELLOW) is the cleanest transitional case: leading indicator already in stress (state-highest foreclosure rate), lagging indicator not yet there (prices marginally positive), property tax surge specifically named on the NYT list. The framework predicts Indianapolis as the metro most likely to cross from yellow to red within 12–18 months, following the pattern Austin established between 2023 and 2025. Columbus, Ohio (GREEN) is the cleanest validation: prices up 4% year-over-year, inventory at 84% of the 2019 baseline, moderate property tax, low insurance premiums, and a combined carrying cost roughly \$3,100 per year less than the Lakeland equivalent on a comparable home. A median-income Columbus household buying at the median ZHVI runs 29% of gross income on total housing cost; the same household in Lakeland runs 38%. The math works at the median in one metro and not in the other. **The tax-plus-insurance wedge is the most under-appreciated dynamic in the 2026 market.** Take two metros where the median home price is approximately \$400,000 — Lakeland and Indianapolis. Mortgage P&I is identical at \$1,966 per month. Lakeland total carrying cost: \$2,856. Indianapolis: \$2,583. The \$273 monthly difference is entirely a function of Florida's insurance market dysfunction and Sun Belt property tax surges, both of which are structurally compounding rather than transitory. **Florida's state-managed insurer of last resort is structurally insolvent on a forward-looking basis.** The private insurance market is not returning at scale. Property tax surges in Sun Belt metros are driven by reassessments that captured pandemic-era price gains without offsetting rate adjustments, under cap-free assessment regimes (in contrast to California's Prop 13 and the assessment limits in 18 other states). The wedge compounds. **The framework's prediction, recorded for testing**: the red category will expand by 2–4 metros over the next 12 months, with the most likely additions being Indianapolis (transitioning from yellow), one or both Carolinas metros, and at least one current-yellow Sun Belt metro yet to be identified. The green category will hold steady; the yellow band will narrow. Future installments will update the map quarterly tied to the ATTOM, Zillow, and Tax Foundation release cycles. → **Read the full analysis:** [The Metro Saleability Map — The Forum](/forum/17-metro-saleability-map) --- ## Concept in Focus: Mengerian Saleability Carl Menger's 1892 essay *On the Origin of Money* established the framework's foundational concept: goods exist on a spectrum of *saleability* — the ease with which they can be exchanged for other goods on terms approximating their actual value, across varying quantities, across time, in varying conditions. The most saleable good in a community becomes money through unplanned market evolution; lower-saleability goods circulate at increasing discounts as the conditions of exchange deteriorate. Saleability is *not* an intrinsic property of a good. It is a property of the good *relative to its market conditions*. Gold is highly saleable in 2026 because there is deep global demand for it, a thick clearing infrastructure, and no operational impediment to converting it into other monetary forms on demand. The same gold would be far less saleable in a market with thin demand, an impaired clearing infrastructure, or operational constraints on conversion. The framework's value is in identifying *which conditions* are doing the work and *how* they change. Housing's saleability is structurally low. Audited against the six Mengerian criteria, it scores poorly on transportability, divisibility, homogeneity, and immediate marketability; only on durability does it score well. The 30-year fixed-rate fully-amortizing mortgage is a substitute structure that has made housing transactable as if it were a higher-saleability asset, but the substitute structure is itself a 90-year-old policy construction whose continued operation depends on a \$9 trillion paper substitute layer (agency MBS) now approaching its limits. **The metro saleability map applies Menger's framework at the geographic resolution where individual household decisions actually operate.** Aggregate housing statistics describe an abstraction; the household buys or sells in a specific metro under specific local conditions. The four indicators in the map are the operational signals that the framework's saleability concept predicts should matter most. The map's color-coding is the framework's reading of which combinations of those signals produce saleability profiles where housing's preserved case for buying applies versus where it does not. The Atlas page on the [Origin of Money](/atlas/origin-of-money) walks through Menger's saleability framework in full. --- ## The Actionable The map's diagnostic value translates into specific operational steps for household readers. 1. **Check your own metro on the four indicators.** Inventory levels are published weekly by Zillow and Realtor.com. Foreclosure data is published monthly by ATTOM. Property tax rates and trajectories are available from the Tax Foundation, county assessors, and state-level Tax Policy Center. Insurance market data is available from state insurance commissioners. A household contemplating a metro-specific decision can assemble the full picture in an afternoon. 2. **Use total carrying cost-to-income, not mortgage cost-to-income.** The non-mortgage carrying cost (property tax, insurance, HOA, maintenance) is now the marginal variable that determines whether a transaction works at a given income level. For Sun Belt metros, this can add 25–60% to the headline mortgage cost. Households evaluating purchase decisions in red-category metros should price the carrying-cost trajectory explicitly — not just the level today. 3. **Don't aggregate.** A buyer in Columbus is not facing the same market as a buyer in Lakeland. National housing statistics — average price change, national mortgage rate, aggregate inventory — obscure the geographic split. The same applies to sellers: the saleability of a Lakeland home in 2026 is materially impaired in ways the seller's expectations may not reflect; the saleability of a Columbus home is supported in ways that current-market urgency may underprice. 4. **The map will evolve.** Quarterly updates tied to ATTOM, Zillow, and Tax Foundation release cycles. The framework's prediction is that the red category will expand modestly over the next 12–18 months. Future *Watching the Cracks* installments will track it. *Educational content only — not investment advice.* --- ## From the Archive > *"In recent years through QE (Quantitative Easing) and ZIRP (Zero Interest Rate Policy) the Fed has succeeded in bankrupting the entire insurance industry. Through a peculiar ignorance of mathematics (in which it is supposed to be eminently strong) the industry has failed to take notice of the capital destruction to which it has fallen victim."* — Antal Fekete, *How the Fed Bankrupted the Insurance Industry* (November 2014) Fekete's 2014 essay argued that sustained suppression of interest rates by the central bank does not merely lower returns on insurance company portfolios — it structurally destroys the capital efficiency of any business whose model requires positive real interest rates to fund long-dated obligations. The mechanism he described is the upstream cause of what the household in Polk County now experiences as a 47% rise in property insurance premiums since 2022 and the structural exit of private insurers from the Florida market. The Florida insurance crisis is not a climate story being told as a financial story. It is a financial story whose climate dimension makes visible what twelve years of distorted interest rate structure had already broken in the underwriting math. → [Read the full essay in the Fekete Archive](/archive/fekete/how-the-fed-bankrupted-the-insurance-industry) --- ## Also This Week - **Companion piece (single-metro deep dive):** [Lakeland, Florida: How One Sun Belt Metro Became the Saleability Collapse Case Study](/forum/18-lakeland-saleability-collapse) — the human-scale narrative behind the data, with Bob Miller's 2008-to-2026 perspective and the reproducible Sun Belt pattern that should be expected at characteristic lags in Cape Coral, Punta Gorda, Tampa, Orlando, and Jacksonville. - **Structural companion:** [The Tax-Plus-Insurance Wedge: How Non-Mortgage Carrying Costs Became the Marginal Variable in American Housing](/forum/19-tax-plus-insurance-wedge) — generalizes the wedge concept introduced in this issue's lead essay. The most direct prescriptive guidance the catalog has yet published on household housing decisions. - **Atlas:** [The Origin of Money](/atlas/origin-of-money) — Menger's saleability framework, the foundation underneath the map. --- # Two Failures a Year URL: https://newaustrianeconomics.com/dispatch/issue-003-two-failures-a-year/ Date: 2026-05-11 Type: issue Description: The FDIC has reported two bank failures so far in 2026. Two in 2025. Two in 2024. The headlines call it stabilization. The framework reads the same data and concludes the opposite: every zero-failure or near-zero-failure period in the past quarter-century has preceded a systemic event, and every underlying stress indicator the failure count is supposed to summarize is currently flashing in a way the failure count itself is not. *Welcome to Issue #003 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens On May 1, 2026, the FDIC closed Community Bank and Trust – West Georgia, a three-branch lender in LaGrange with \$288 million in assets. It was the second U.S. bank failure of the year. The first, Metropolitan Capital Bank & Trust of Chicago, was closed on January 30 with \$261 million in assets. Through the first five months of 2026, the entire FDIC failure count is two banks with combined assets of approximately half a billion dollars — a rounding error in a banking system that holds roughly \$24 trillion. The conventional reading is that this is what stabilization looks like. The 2023 shock that took down Silicon Valley Bank, Signature Bank, and First Republic was followed by two failures in 2024, two in 2025, and two so far in 2026. The Deposit Insurance Fund balance is \$153.9 billion. FDIC Chair Travis Hill has streamlined resolution procedures. The official narrative is that the system absorbed the 2023 stress, regulators responded effectively, and the banking sector has returned to ordinary operating conditions. The framework reads the same data and concludes something else. --- ## Lead Essay: What the Failure Count Is Not Telling You Two failures per year is not what a healthy post-2008 banking system looks like. It is what a banking system looks like when the substitute layer is preventing the failures that would otherwise occur. The complete FDIC dataset of 574 failures since October 2000 divides cleanly into five monetary regimes. The pre-GFC period (2000–2007) averaged 3.4 failures per year, with zero-failure years in 2005 and 2006. The GFC and its tail (2008–2014) produced 507 failures, peaking at 157 in 2010. The late QE/ZIRP period (2015–2019) averaged 5 per year, with zero failures in 2018. The COVID-and-ZIRP period (2020–2022) produced 4 failures total, with two consecutive zero-failure years in 2021 and 2022. The rate-hike era (2023–2026) has produced 11 failures so far. The most consequential observation in the entire chronology is what happens between regimes. **The five zero-failure years in the dataset (2005, 2006, 2018, 2021, 2022) divide into two clusters, each of which sits immediately before a systemic event.** 2005–2006 preceded the GFC. 2018 preceded the 2019 repo market dysfunction (which the Federal Reserve resolved through approximately \$400 billion of emergency interventions in one quarter). 2021–2022 preceded SVB / Signature / First Republic in March–May 2023. In every prior instance, when the failure count went to zero, the next clustered failure event came within 12–24 months. The pattern is not coincidental. **A zero-failure or near-zero-failure period is the empirical signature of a substitute layer at maximum extension, holding back failures that would otherwise occur in a system without the support apparatus.** The 2024–2026 reading of two failures per year is structurally similar to the 2005–2006 and 2021–2022 readings. If two failures were genuinely the signature of a healthy banking system, the underlying stress indicators would be calm. They are not: - **Unrealized losses on bank-held securities portfolios stood at \$306 billion as of Q4 2025**, down from \$337 billion the prior quarter — but only because long-term mortgage rates happened to fall during the quarter. The FDIC explicitly notes that rate increases since would reverse most of the improvement. The SVB pathology is distributed across the system, masked by held-to-maturity accounting rather than resolved. - **Sixty banks sit on the FDIC Problem Bank List**, up from 57 in Q3 — accumulating during a quarter in which only two banks closed. The list grew by 3 while resolutions cleared 2. That divergence is the regulatory signature of forbearance, not recovery. - **Office CMBS delinquency reached 12.34% in January 2026**, a record high. **Bank-held CRE loan delinquency was 1.58%** at the same time. The eight-fold gap between the underlying market and the bank-reported figure is the precise quantification of *extend and pretend*. - **\$875 billion in commercial real estate debt matures in 2026**, with \$100 billion in office CMBS specifically, more than half of which Trepp characterizes as "unlikely to pay off at maturity." This is the largest single-year CRE refinancing wall in the post-2008 period. - **Loans to non-depository financial institutions (NDFIs)** — private credit funds, BDCs, asset-based lending vehicles — were the single largest dollar increase in bank loan growth in Q4 2025. Credit risk has been outsourced to lightly-regulated intermediaries while funding exposure flows back to the banks. The structure is reminiscent of the conduit-and-SIV arrangements that contributed to 2008. Both of the 2026 failures also exhibit specific framework-readable patterns. Metropolitan Capital ran **approximately 82% of its portfolio in commercial real estate and private equity exposures** — an extreme concentration in two of the lowest-saleability asset classes available to a community bank. Community Bank and Trust – West Georgia failed within **30 days of a Federal Reserve enforcement action** against its holding company. The enforcement-action-to-failure pattern is the most reliable leading indicator of bank failure available in the public regulatory record. Neither failure was a bolt from the blue. Both were the late-stage manifestation of stresses the framework's diagnostic apparatus is designed to identify. The framework does not predict timing. The framework does observe that the configuration producing the current low failure count is the same configuration that has, in two prior instances, preceded clustered failure events at a 12–24 month horizon. The next installment of *Watching the Cracks* will engage the Q1 2026 Quarterly Banking Profile when it is released in late May. The advance prediction recorded for testing: the problem bank list at 62–66 banks, unrealized losses in the \$310–340 billion range, and CRE delinquencies at or above 1.58% on a bank-held basis. If the framework's reading is correct, none of these readings should improve materially. → **Read the full analysis:** [Two Failures a Year — The Forum](/forum/16-two-failures-a-year) --- ## Concept in Focus: The Substitute Layer In Fekete's framework, every monetary system rests on a stack of claims. At the base sits the real asset — gold, in the historical case; productive capital, in the general case. Above the base sits a layer of paper claims that *substitute* for the underlying asset: bank notes, deposits, agency MBS, repo claims, supervisory forbearance, accounting conventions, central bank backstops. The substitute layer functions correctly when its claims are reliably redeemable into the underlying asset on demand. It functions *as a substitute* when those claims circulate freely *because* they are assumed to be redeemable, even when actual redemption is rare or impossible. The substitute layer is not inherently pathological. A healthy monetary system contains substitute claims that compress in stress and expand in calm. The pathology arises when the substitute layer is used not to absorb ordinary fluctuations but to suppress signals that would otherwise force underlying assets to revalue. Held-to-maturity accounting that lets a bank carry a Treasury bond at par when its market value is lower is substitute-layer machinery. So is regulatory forbearance on CRE loans whose underlying collateral has fallen 30%. So is the Fed's \$2.2 trillion of agency MBS holdings that maintain price stability in a market the private sector would otherwise reprice. So is the FDIC's resolution apparatus when it is used to keep marginal institutions open rather than allow them to close. The framework's analysis of the 2026 banking data is that the failure count is being held at two per year by precisely this kind of suppression. The underlying stress indicators are calibrated to a much higher failure count. The substitute layer is absorbing the difference. The framework cannot predict when the layer's absorption capacity is reached — but it can describe what the empirical signals look like when the crossover is approaching, and the current readings are consistent with the same configuration that has preceded clustered failure events twice in the past two decades. The Forum essay [The Paper Substitute: Agency MBS and the Next Saleability Crisis](/forum/08-agency-mbs-paper-substitute) develops this concept at length. The Atlas page on the [Austrian Business Cycle](/atlas/business-cycle) covers the underlying theory of how substitute-layer suppression accumulates into eventual crisis. --- ## The Actionable The framework's diagnostic reading translates into specific practical observations, not into dramatic behavioral change. 1. **FDIC insurance still works.** Deposits up to \$250,000 per depositor, per insured bank, per ownership category remain protected. The resolution machinery has been refined across forty-plus years and operates reliably — even SVB's uninsured depositors were made whole. The framework does not advise spreading deposits or converting to other instruments out of immediate concern about insured-deposit loss. 2. **The Q1 2026 Quarterly Banking Profile drops in late May.** Watch the problem bank list (currently 60), unrealized losses (currently \$306B), CRE delinquency by property type, and NDFI loan exposure. These are the variables that move before the failure count does. 3. **Federal Reserve enforcement actions against bank holding companies are the most reliable 30-day leading indicator** of community-bank failure available in the public record. Each new action is worth logging. If you hold uninsured deposits at a community or regional bank, this is the regulatory check worth running quarterly. 4. **Frame the cycle, not the moment.** The substitute layer can run in its current configuration for some time but cannot run indefinitely. Framework-aligned positioning across the cycle — gold, well-managed dollar-pegged stablecoins, diversified equity exposure in high-quality businesses, physical assets with direct saleability — remains the appropriate posture for households whose primary concern is preservation of purchasing power across the next several years. *Educational content only — not investment advice.* --- ## From the Archive > *"Faking balance sheets legalized, capital impaired. In the case of quite a few banks the entire capital and all reserves have been lost... A \$1,000 bond may be quoted in the market at \$800 or less; the balance sheet of your bank will still show it at \$1,000... Sooner or later every legerdemain, however clever or subtle, is exposed — and backfires."* — Melchior Palyi (1960), quoted by Antal Fekete in *Falsifying Bank Balance Sheets* (April 2009) Fekete opens his 2009 essay with this Palyi passage from 1960 because the pattern Palyi described — banks carrying long-dated government bonds at par when the market values them substantially lower, with regulators sanctioning the practice — is the same pattern that produced the SVB failure in 2023 and that the FDIC's \$306 billion unrealized-loss figure documents across the system today. The mechanism is sixty-six years old. The substitute layer has grown more sophisticated. The structural reading has not changed. → [Read the full essay in the Fekete Archive](/archive/fekete/falsifying-bank-balance-sheets) --- ## Also This Week - **New from The Forum:** [Two Failures a Year](/forum/16-two-failures-a-year) opens *Watching the Cracks*, a new open-ended series within the catalog. Unlike the closed thematic series — the Foundational Six, the Housing Trilogy, the Cryptocurrency Trilogy — this one is updated as conditions warrant, anchored in specific empirical signals, designed to be read as ongoing diagnostics. The next installment will engage the Q1 2026 QBP when it lands in late May. - **Companion piece:** [The Paper Substitute: Agency MBS and the Next Saleability Crisis](/forum/08-agency-mbs-paper-substitute) — the structural critique of the \$9 trillion agency MBS market as the framework's central case of substitute-layer fragility, and the essay this week's lead is most directly extending. - **Diagnostic infrastructure:** [The Mengerian Stress Index: A Working Dashboard Implementation](/forum/12-mengerian-stress-index-dashboard) — the specification for the composite indicator that subsequent *Watching the Cracks* articles will increasingly anchor their analysis in. Implementation work begins this month. - **Atlas:** [The Austrian Business Cycle](/atlas/business-cycle) — the underlying theory of how substitute-layer suppression produces the apparent calm that precedes crisis. --- # Code Was Never Law URL: https://newaustrianeconomics.com/dispatch/issue-002-code-was-never-law/ Date: 2026-05-04 Type: issue Description: On April 15, Jameson Lopp proposed a soft fork to permanently freeze $420 billion in dormant Bitcoin. On May 1, Paradigm countered with a privacy-preserving alternative. Maximalists are calling it confiscation. The framework calls it the predicted manifestation of the Cryptographic Marketability Premium — and the first hard test of 'your keys, your coins.' *Welcome to Issue #002 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens For sixteen years, Bitcoin's value proposition rested on a single sentence: *your keys, your coins*. The promise was unconditional. Whoever held the private keys controlled the corresponding bitcoin. No government, no bank, no protocol developer could override this. The cryptographic guarantee was the foundation; everything else was implementation detail. In the past five weeks that sentence has been quietly stripped of its unconditional status, in plain sight, by the Bitcoin developer community itself. On March 31, Google Quantum AI published research showing Bitcoin's secp256k1 elliptic curve could be broken with fewer than 500,000 physical qubits — a twentyfold revision downward of the timeline to Q Day. On April 7, Anthropic announced Project Glasswing, deploying its frontier Claude Mythos Preview model inside a partner cartel — Apple, Google, Microsoft, AWS, Nvidia, JPMorgan, and others — to find and patch cryptographic vulnerabilities across critical infrastructure. On April 15, Jameson Lopp and collaborators published BIP-361, a proposed soft fork that would permanently freeze approximately 5.6 million dormant Bitcoin worth over \$420 billion in quantum-vulnerable addresses, including roughly 1.1 million BTC associated with Satoshi Nakamoto. On May 1, Paradigm researcher Dan Robinson countered with PACTs (Provable Address-Control Timestamps), a privacy-preserving alternative that would let dormant holders prove ownership without moving their coins. The financial press is treating this as a technical debate among Bitcoin developers. It is not. --- ## Lead Essay: The First Substrate-Layer Test The four-event chronology is not a coincidental clustering. It is a coordinated phase change at the layer beneath Bitcoin's value proposition — the cryptographic substrate itself. The framework anticipated this moment six weeks ago in *[The Cryptographic Marketability Premium](/forum/cryptographic-marketability-premium)*, which argued that the saleability of every digital monetary claim depends on a cryptographic substrate whose integrity is *not* a permanent property of the system, but a property of the broader technological environment. That environment is now changing in ways the developer community cannot offset by choices internal to the protocol. The CMP — previously a theoretical concept observable through indirect proxies — is now visible as a \$420 billion mass of Bitcoin whose saleability is being actively renegotiated under external pressure. **Both sides of the BIP-361 debate are structurally correct, and that is the problem.** Lopp's position is rational: if a quantum computer becomes capable of deriving private keys from exposed public keys, the 5.6 million dormant Bitcoin in vulnerable addresses will be swept by whichever quantum-capable actor reaches the capability first. Protocol-level freezing is a lesser harm than allowing that transfer. The maximalist objection is also rational: protocol-level freezing of holder coins, even under extraordinary circumstances, *is* a confiscatory mechanism, and from the perspective of a holder whose coins are frozen, the experience is identical regardless of whether the network's intent was defensive or extractive. Both readings are correct because *the structural conditions producing the choice are external to Bitcoin and irreducible by Bitcoin's own mechanisms*. This is structurally identical to the 1909 legal-tender decision Fekete identified as the most consequential pre-1914 monetary event: a privatized monopoly on a foundational monetary function, granted in response to a specific operational pressure, with consequences that compound regardless of the participants' intent. **The asymmetric defense gap is the tell.** The Glasswing cartel — Apple, Google, Microsoft, AWS, Nvidia, JPMorgan, plus Anthropic — is precisely the set of institutions best positioned to manage the migration to post-quantum cryptography across the broader infrastructure stack. Bitcoin Core is not on that list. Bitcoin's specific cryptographic stack is not being audited or migrated by Glasswing infrastructure. When Q Day arrives, JPMorgan's depositors will be migrated to post-quantum standards through Glasswing-tier resources. The household holding self-custodied Bitcoin in 2026 has none of this. The migration burden is borne by individual holders, on a timeline determined by an external threat rather than by their own readiness. **Three plausible outcomes, none of which restores the pre-2026 saleability profile.** First, successful migration with PACTs preservation — BIP-360 quantum-resistant addresses are activated, PACTs is standardized, dormant holders can prove ownership without moving coins, and the freeze becomes a defensive backstop rather than a confiscatory tool. Second, a hard split into "frozen" and "rescued" Bitcoin chains, each inheriting a partial saleability profile and dividing institutional support. Third, BIP-361 passes substantially as proposed, the freeze is implemented, and the protocol now contains a precedent-setting mechanism by which the developer community can freeze holder coins under specified circumstances. *Code is law* becomes *your keys, your coins, conditional on the protocol's ongoing willingness to recognize them*. The framework treats the first outcome as desired but not most probable, the second as plausible and structurally ambiguous, the third as possible under time pressure. None of the three returns the asset to its 2024 saleability profile, because the substrate-layer event has occurred regardless of how it is resolved. The maximalist response that "BIP-361 will never pass" misses the structural specifics. Even if BIP-361 is rejected, the structural pressure does not disappear. The next BIP, or the BIP after that, will arrive carrying the same concerns. The community can repeatedly reject specific proposals, but it cannot reject the structural reality that produced them. → **Read the full analysis:** [Code Was Never Law: BIP-361, Mythos, and the End of Bitcoin's Founding Promise — The Forum](/forum/14-code-was-never-law-bip-361) --- ## Concept in Focus: The Cryptographic Marketability Premium The **Cryptographic Marketability Premium (CMP)** is the framework's extension of Menger's saleability concept into the digital era. Menger argued in 1892 that goods exist on a spectrum of marketability — the most marketable becomes money, and the least marketable becomes whatever the holder cannot easily exchange. That spectrum was, in his analysis, a property of the good itself relative to the social trust around it. In the digital era, every monetary claim — from a Bitcoin balance to a stablecoin to a JPMorgan deposit — depends on a cryptographic substrate functioning as advertised. The CMP is the value differential between claims secured by a substrate the holder can trust *and* migrate, versus claims secured by a substrate the holder cannot. It is invisible during periods when all substrates are uniformly trusted. It becomes visible — abruptly — during periods when one substrate is exposed to external pressure that another is not. Before 2026, the CMP was theoretical. After the March–May 2026 sequence, it is a measurable spread between Glasswing-tier institutional infrastructure (which migrates with cartel support) and self-custodied crypto (which migrates without it). The spread is the premium. The spread is what the BIP-361 debate is actually about. The CMP rests on the same Mengerian foundation as every other monetary framework concept on this site: the saleability spectrum. The Atlas page on the [Origin of Money](/atlas/origin-of-money) walks through that foundation directly. → **Deep dive:** [The Cryptographic Marketability Premium — The Forum](/forum/cryptographic-marketability-premium) --- ## The Actionable The substrate-layer event has specific, asymmetric implications for the household holding Bitcoin in 2026. 1. **Audit your address types.** Bitcoin held in Pay-to-Public-Key (P2PK), Pay-to-Public-Key-Hash (P2PKH) addresses where the public key has been revealed through a previous spend, or Taproot outputs is exposed both to the BIP-361 trajectory *and* to the underlying quantum threat. These are the address types the proposal targets. 2. **Prepare to migrate to BIP-360 quantum-resistant addresses when available.** This reduces both the protocol-freezing risk and the quantum-attack risk. The privacy cost — the migration creates a chain-analysis breadcrumb linking old and new addresses — is real but smaller than the substrate-layer risk it offsets. PACTs may eventually mitigate this, but the implementation timeline is not yet clear. 3. **Reflect the structural change in position sizing.** The framework does not predict price. It does observe that the long-term Mengerian saleability of Bitcoin in 2026 is meaningfully lower than it was in 2024, regardless of which of the three outcomes ultimately occurs. A rational allocator should reflect that in their position sizing relative to other monetary goods — gold, stablecoins with strong reserves, equities of high-quality businesses. 4. **Watch the developer community's coordination, not the price.** The political-economy decision about which outcome stabilizes will be made over the next 24–36 months. Signal sources include BIP-360 activation progress, the PACTs reference implementation, the response to subsequent quantum-computing milestones, and whether institutional custodians (Coinbase, Fidelity, BlackRock) signal support for migration tooling. *Educational content only — not investment advice.* --- ## From the Archive > *"The 'forgotten questions' are belatedly being asked now. The present great financial crisis is not the outcome of some recent errors of commission or omission. Its ultimate cause goes back 100 years, to 1909. That was the year when France and Germany, in short succession after one another, enacted legal tender legislation making the note issue of the Bank of France and the Reichsbank legal tender in their respective jurisdictions. Without legal tender bank notes an all-out war could scarcely be fought."* — Antal Fekete, *The New Austrian School of Economics* (May 2010) Fekete's argument throughout the 2010 essay is that the structural cause of the 2009 financial crisis was a substrate-layer decision made a century earlier — a decision whose consequences were invisible to its participants and irreversible by ordinary monetary policy. The BIP-361 debate is a substrate-layer decision of the same character. The participants are operating in good faith; the structural consequences will compound regardless. The framework's contribution is to make the choice visible while it is still being made. → [Read the full essay in the Fekete Archive](/archive/fekete/the-new-austrian-school-of-economics) --- ## Also This Week - **New from The Forum:** [The Saleability Audit of Bitcoin](/forum/13-saleability-audit-bitcoin) — runs Menger's six saleability criteria against Bitcoin specifically, producing a profile that contradicts both maximalist and skeptical positions. The companion piece to this issue's lead essay. - **Also new:** [Stablecoins, CBDCs, and the Privatization of the Digital Dollar](/forum/15-stablecoins-cbdcs-privatization-digital-dollar) — the third essay in the Cryptocurrency Trilogy, on Tether's \$141B Treasury position as structurally analogous to 19th-century bank-note gold reserves. - **Atlas:** [The Origin of Money](/atlas/origin-of-money) — Menger's saleability spectrum, the foundation underneath the CMP and every other concept in this issue. - **Toolkit:** [Gold Basis Monitor](/toolkit/gold-basis) — live basis and co-basis tracking. The Mengerian Stress Index dashboard (see Forum Essay 12) is in spec; implementation work begins this month. --- # Why Gold Didn't Spike URL: https://newaustrianeconomics.com/dispatch/issue-001-why-gold-didnt-spike/ Date: 2026-04-27 Type: issue Description: Gold sat flat at $5,005 while a war closed the Strait of Hormuz. Central banks became net sellers. The mainstream couldn't explain it. Antal Fekete predicted it — twenty years ago. *Welcome to Issue #001 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. The framework draws from a working catalog of essays at [The Forum](/forum); each Dispatch surfaces one as the focal reading for the week. If someone forwarded this to you, [subscribe here](/dispatch).* --- ## The Lens On March 17, 2026, Al Jazeera ran a headline that exposed the limits of conventional economic thinking: *"Why aren't gold prices rising, despite Iran war uncertainty?"* The Strait of Hormuz was closed. The United States and Israel had been at active war with Iran for eighteen days. The Supreme Leader was dead. And gold — the asset historically framed as the ultimate safe haven — was sitting at \$5,005 per ounce, essentially flat. Not just flat: it had actually *fallen* 6% over the previous four trading days, in the middle of an active shooting war. Central banks that had spent four years accumulating bullion at record pace were net sellers. The financial press was confused. It was asking the wrong question. --- ## Lead Essay: A Fekete Diagnosis of the Iran War The confusion is understandable if you've been taught that gold rises on geopolitical risk. It is entirely predictable if you've read Antal Fekete. Fekete's framework does not treat gold as a commodity that responds to fear. It treats gold as the most *marketable* good in existence — the good whose paper substitute maintains the closest equivalence to the physical metal under ordinary conditions. That equivalence is measured by the *gold basis*: the spread between the futures price and the spot price. When the basis is positive (futures above spot), the paper claim and the metal are functionally equivalent. When the basis compresses toward zero or inverts — when the metal trades *above* the paper promise — confidence in the paper monetary system is failing at the structural level. This distinction matters enormously for understanding what happened in March 2026. **Central banks didn't sell gold because they lost confidence in it.** They sold it because they needed dollars. Countries with currencies under acute stress — Turkey, several emerging markets exposed to energy disruption — suddenly faced a liquidity requirement that only the dollar could satisfy. The dollar, not because it is sound money, but because it sits at the apex of every payment rail, every derivative contract, and every repo agreement on earth. In extremis, the dollar is *more immediately clearable* than gold itself — because the fiat system has been engineered that way for fifty years. This is Menger's marketability spectrum in live operation. Banks whose local currency was collapsing reached up the liquidity ladder to grab the asset most immediately accepted by their counterparties. That asset, in 2026, is still the dollar. Gold was sold *because* it is held as strategic monetary reserve — which means it is precisely the asset you liquidate under duress to obtain what you need right now. Fekete wrote this pattern into his framework in 2008, during the Lehman panic, when gold briefly entered backwardation for the first time in recorded history. He described it as a dress rehearsal. He predicted that the final approach to sustained backwardation would be preceded by a series of oscillations: forced selling compresses the basis, conditions stabilize, gold rebuilds, the next crisis forces selling again — each cycle more violent than the last. The 2026 Iran war selling is one of those oscillations. **The tell that the financial press missed** is not that gold fell. It is *who sold*. The sellers were the central banks of countries with the most stressed currencies. The banks that did not sell — China, Russia, Poland — are the banks that have cultivated alternative settlement infrastructure and do not need dollar liquidity under crisis conditions. Their behavior is not geopolitical posturing. It is rational marketability management: hold the senior monetary asset when you can afford to; liquidate into the junior-but-more-clearable asset when you cannot. The forced selling cannot continue indefinitely. Central banks built these gold reserves specifically as a buffer against this kind of scenario. Each ton sold reduces that buffer. At some point the selling stops — not by choice, but because the reserves are exhausted. When it does, the price reversal will be violent: buyers who were crowded out at depressed prices, ETF outflows reversing, and rebuilding demand from banks that sold at the worst moment. The practical implication is not a price target. It is a **regime shift in how gold trades**: gold in 2026 correlates to dollar liquidity, not to geopolitical fear. Investors using the old safe-haven framework will continue to be surprised. The Fekete framework predicted this. The gold basis is the instrument that tells you when the next phase begins. → **Read the full analysis:** [Why Gold Didn't Spike — The Forum](/forum/why-gold-didnt-spike) --- ## Concept in Focus: The Gold Basis The **gold basis** is the difference between the nearest gold futures price (COMEX) and the spot price of physical gold: > **Basis = Futures Price − Spot Price** Under normal conditions, the basis is *positive* (futures above spot). This is called **contango**. It reflects the cost of carry — storage, insurance, the time value of money. A positive basis means the paper claim on gold is functionally equivalent to the metal itself. Markets trust the promise. When the basis falls toward zero or turns *negative* (spot above futures), this is **backwardation**. It means physical gold is commanding a premium over the paper promise. Holders of metal refuse to lend it into the futures market even for a risk-free profit — because they do not trust that they will get the metal back. The basis, in Fekete's framework, is "a pristine, incorruptible measure of trust, or the lack of it, in paper money." Sustained gold backwardation — as distinct from brief logistical deviations — has never been observed in the modern era. When it arrives, Fekete argued it would be irreversible. → **Deep dive:** [The Gold Basis — The Atlas](/atlas/gold-basis) --- ## The Actionable The regime shift described in the lead essay has a specific implication for capital preservation strategy: **the geopolitical hedge framing of gold is now unreliable as a timing signal**. Buying gold because a war has started, and expecting a quick rally, is a category error under the current monetary structure. The relevant signal is not geopolitical — it is the gold basis itself, and the dollar liquidity condition of the central banks that have been the marginal buyers. What to watch instead: 1. **The basis level**: A basis that is persistently compressing toward zero across multiple contract months is the leading indicator Fekete identified. This is not a price signal — it precedes price moves. 2. **EM central bank reserve reports**: The quarterly IMF COFER data and BIS reserve statistics tell you how much dry powder the forced sellers have left. When reserves are depleted, the sell pressure exhausts. 3. **Dollar liquidity conditions**: The TED spread, overnight repo rates, and swap line utilization are the dollar-liquidity indicators. When these spike, expect gold selling. When they normalize, expect gold buying. The Toolkit's [Gold Basis Monitor](/toolkit/gold-basis) tracks the first signal in real time. *Educational content only — not investment advice.* --- ## From the Archive > *"The gold basis is a pristine, incorruptible measure of trust, or the lack of it in case it turns negative, in paper money... Backwardation in gold is always and everywhere a monetary phenomenon: it is a reminder of the incurable pathology of paper money."* — Antal Fekete, *Red Alert: Gold Backwardation!!!* (December 5, 2008) Written the week gold entered backwardation for the first time in the modern era, during the post-Lehman crisis. Fekete called it a dress rehearsal. Eighteen years later, we are watching what he described as the oscillation phase that precedes the final approach. → [Read the full essay in the Fekete Archive](/archive/fekete/red-alert-gold-backwardation) --- ## Also This Week - **New Forum series launches:** Six essays applying the Menger–Fekete framework to conditions in 2026 — from the petrodollar's Mengerian dissolution to AI compute as nascent real bills. [Start reading →](/forum/why-gold-didnt-spike) - **Atlas:** [The Gold Basis](/atlas/gold-basis) — the foundational concept for today's issue, with full definitions of basis, co-basis, contango, and backwardation. - **Toolkit:** [Gold Basis Monitor](/toolkit/gold-basis) — live basis and co-basis tracking across the COMEX forward curve. Data integration coming in Phase 3. ========================= Library ========================= # On the Origins of Money URL: https://newaustrianeconomics.com/library/on-the-origins-of-money/ Author: Carl Menger Year: 1892 Difficulty: accessible Description: Menger's foundational 1892 essay explaining how money emerged spontaneously from barter through market forces — not by government decree. The paper that grounded Austrian monetary theory for all that followed. --- # Principles of Economics URL: https://newaustrianeconomics.com/library/principles-of-economics/ Author: Carl Menger Year: 1871 Difficulty: scholarly Description: The founding text of the Austrian School. Menger overturns the labour theory of value, establishes subjective marginal utility, and shows how money emerges spontaneously — all without a single equation. Carl Menger's *Principles of Economics* (Grundsätze der Volkswirtschaftslehre) was published in Vienna in 1871. It inaugurated what became known as the Austrian School of economics and, simultaneously with Jevons and Walras, launched the Marginal Revolution. Menger's central achievement was the subjective theory of value: goods have value not because of the labour embedded in them, but because of the importance individuals place on the needs those goods satisfy. From this foundation he derived a theory of capital (higher-order goods), a theory of exchange (mutually beneficial), a theory of price formation, and — crucially — a theory of money's spontaneous origin from market processes. The book proceeds in eight chapters, building from the general theory of goods through economy, value, exchange, price, and finally to the nature and origin of money. --- # Whither Gold? URL: https://newaustrianeconomics.com/library/whither-gold/ Author: Antal E. Fekete Year: 1996 Difficulty: scholarly Description: Winner of the 1996 International Currency Prize. Fekete's foundational argument that the gold standard's true function is stabilizing interest rates — not prices — and that without it, the world's debt tower must eventually collapse. ========================= Principles of Economics — Chapters ========================= # Principles of Economics, Chapter I: The General Theory of the Good URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-i/ Author: Carl Menger Year: 1871 Book: Principles of Economics ### 1. The General Theory of the Good All things are subject to the law of cause and effect. This great principle knows no exception, and we would search in vain in the realm of experience for an example to the contrary. Human progress has no tendency to cast it in doubt, but rather the effect of confirming it and of always further widening knowledge of the scope of its validity. Its continued and growing recognition is therefore closely linked to human progress. One’s own person, moreover, and any of its states are links in this great universal structure of relationships. It is impossible to conceive of a change of one’s person from one state to another in any way other than one subject to the law of causality. If, therefore, one passes from a state of need to a state in which the need is satisfied, sufficient causes for this change must exist. There must be forces in operation within one’s organism that remedy the disturbed state, or there must be external things acting upon it that by their nature are capable of producing the state we call satisfaction of our needs. Things that can be placed in a causal connection with the satisfaction of human needs we term useful things.1 If, however, we both recognize this causal connection, and have the power actually to direct the useful things to the satisfaction of our needs, we call them goods.2 If a thing is to become a good, or in other words, if it is to acquire goods-character, all four of the following prerequisites must be simultaneously present: 1. Ahuman need. 2. Such properties as render the thing capable of being brought into a causal connection with the satisfaction of this need. 3. Human knowledge of this causal connection. 4. Command of the thing sufficient to direct it to the satisfaction of the need. Only when all four of these prerequisites are present simultaneously can a thing become a good. When even one of them is absent, a thing cannot acquire goods-character,3 and a thing already possessing goods-character would lose it at once if but one of the four prerequisites ceased to be present.4 Hence a thing loses its goods-character: (1) if, owing to a change in human needs, the particular needs disappear that the ity-character), “ökonomischer Charakter” (economic character), “nichtökonomischer Charakter” (noneconomic character), “Geldcharakter” (money-character), etc. It is only in the present instance that he uses “Qualität” instead of “Charakter.” Since the meanings are the same, we have chosen the translation “goods-character” to make not a property of goods, but merely a relationship between certain things and men, the things obviously ceasing to be goods with the disappearance of this relationship. thing is capable of satisfying, (2) whenever the capacity of the thing to be placed in a causal connection with the satisfaction of human needs is lost as the result of a change in its own properties, (3) if knowledge of the causal connection between the thing and the satisfaction of human needs disappears, or (4) if men lose command of it so completely that they can no longer apply it directly to the satisfaction of their needs and have no means of reestablishing their power to do so. Aspecial situation can be observed whenever things that are incapable of being placed in any kind of causal connection with the satisfaction of human needs are nevertheless treated by men as goods. This occurs (1) when attributes, and therefore capacities, are erroneously ascribed to things that do not really possess them, or (2) when non-existent human needs are mistakenly assumed to exist. In both cases we have to deal with things that do not, in reality, stand in the relationship already described as determining the goods-character of things, but do so only in the opinions of people. Among things of the first class are most cosmetics, all charms, the majority of medicines administered to the sick by peoples of early civilizations and by primitives even today, divining rods, love potions, etc. For all these things are incapable of actually satisfying the needs they are supposed to serve. Among things of the second class are medicines for diseases that do not actually exist, the implements, statues, buildings, etc., used by pagan people for the worship of idols, instruments of torture, and the like. Such things, therefore, as derive their goods-character merely from properties they are imagined to possess or from needs merely imagined by men may appropriately be called imaginary goods.5 As a people attains higher levels of civilization, and as men penetrate more deeply into the true constitution of things and of their own nature, the number of true goods becomes constantly larger, and as can easily be understood, the number of imaginary goods becomes progressively smaller. It is not unimportant evidence of the connection between accurate knowledge and human welfare that the number of so-called imagi- and imaginary goods according to whether the needs arise from rational deliberation or are irrational. nary goods is shown by experience to be usually greatest among peoples who are poorest in true goods. Of special scientific interest are the goods that have been treated by some writers in our discipline as a special class of goods called “relationships.”6 In this category are firms, good-will, monopolies, copyrights, patents, trade licenses, authors’ rights, and also, according to some writers, family connections, friendship, love, religious and scientific fellowships, etc. It may readily be conceded that a number of these relationships do not allow a rigorous test of their goods-character. But that many of them, such as firms, monopolies, copyrights, customer good-will, and the like, are actually goods is shown, even without appeal to further proof, by the fact that we often encounter them as objects of commerce. Nevertheless, if the theorist who has devoted himself most closely to this topic7,8 admits that the classification of these relationships as goods has something strange about it, and appears to the unprejudiced eye as an anomaly, there must, in my opinion, be a somewhat deeper reason for such doubts than the unconscious working of the materialistic bias of our time which regards only materials and forces (tangible objects and labor services) as things and, therefore, also as goods. It has been pointed out several times by students of law that our language has no term for “useful actions” in general, but only one for “labor services.” Yet there is a whole series of actions, and even of mere inactions, which cannot be called labor services but which are nevertheless decidedly useful to certain persons, for whom they may even have considerable economic value. That someone buys commodities from me, or uses my legal services, is certainly no labor service on his part, but it is 6“Verhältnisse.” There is no English word or phrase that is capable of expressing the same meaning as “Verhältnisse” in this context. The English terms “intangibles” and “claims” are closest, but less broad in meaning. We have chosen the English word “relationships” as corresponding most closely to the primary meaning of “Verhältnisse.” The reader can obtain the full meaning of the term, however, nevertheless an action beneficial to me. That a well-to-do doctor ceases the practice of medicine in a small country town in which there is only one other doctor in addition to himself can with still less justice be called a labor service. But it is certainly an inaction of considerable benefit to the remaining doctor who thereby becomes a monopolist. Whether a larger or smaller number of persons regularly performs actions that are beneficial to someone (a number of customers with respect to a merchant, for instance) does not alter the nature of these actions. And whether certain inactions on the part of some or all of the inhabitants of a city or state which are useful to someone come about voluntarily or through legal compulsion (natural or legal monopolies, copyrights, trade marks, etc.), does not alter in any way the nature of these useful inactions. From an economic standpoint, therefore, what, are called clienteles, goodwill, monopolies, etc., are the useful actions or inactions of other people, or (as in the case of firms, for example) aggregates of material goods, labor services, and other useful actions and inactions. Even relationships of friendship and love, religious fellowships, and the like, consist obviously of actions or inactions of other persons that are beneficial to us. If, as is true of customer good-will, firms, monopoly rights, etc., these useful actions or inactions are of such a kind that we can dispose of them, there is no reason why we should not classify them as goods, without finding it necessary to resort to the obscure concept of “relationships,” and without bringing these “relationships” into contrast with all other goods as a special category. On the contrary, all goods can, Ithink, be divided into the two classes of material goods (including all forces of nature insofar as they are goods) and of useful human actions (and inactions), the most important of which are labor services. ### 2. The Causal Connections Between Goods Before proceeding to other topics, it appears to me to be of preëminent importance to our science that we should become clear about the causal connections between goods. In our own, as in all other sciences, true and lasting progress will be made only when we no longer regard the objects of our scientific observations merely as unrelated occurrences, but attempt to discover their causal connections and the laws to which they are subject. The bread we eat, the flour from which we bake the bread, the grain that we mill into flour, and the field on which the grain is grown — all these things are goods. But knowledge of this fact is not sufficient for our purposes. On the contrary, it is necessary in the manner of all other empirical sciences, to attempt to classify the various goods according to their inherent characteristics, to learn the place that each good occupies in the causal nexus of goods, and finally, to discover the economic laws to which they are subject. Our well-being at any given time, to the extent that it depends upon the satisfaction of our needs, is assured if we have at our disposal the goods required for their direct satisfaction. If, for example, we have the necessary amount of bread, we are in a position to satisfy our need for food directly. The causal connection between bread and the satisfaction of one of our needs is thus a direct one, and a testing of the goods-character of bread according to the principles laid down in the preceding section presents no difficulty. The same applies to all other goods that may be used directly for the satisfaction of our needs, such as beverages, clothes, jewelry, etc. But we have not yet exhausted the list of things whose goodscharacter we recognize. For in addition to goods that serve our needs directly (and which will, for the sake of brevity, henceforth be called “goods of first order”) we find a large number of other things in our economy that cannot be put in any direct causal connection with the satisfaction of our needs, but which possess goods-character no less certainly than goods of first order. In our markets, next to bread and other goods capable of satisfying human needs directly, we also see quantities of flour, fuel, and salt. We find that implements and tools for the production of bread, and the skilled labor services necessary for their use, are regularly traded. All these things, or at any rate by far the greater number of them, are incapable of satisfying human needs in any direct way — for what human need could be satis- fied by a specific labor service of a journeyman baker, by a baking utensil, or even by a quantity of ordinary flour? That these things are nevertheless treated as goods in human economy, just like goods of first order, is due to the fact that they serve to produce bread and other goods of first order, and hence are indirectly, even if not directly, capable of satisfying human needs. The same is true of thousands of other things that do not have the capacity to satisfy human needs directly, but which are nevertheless used for the production of goods of first order, and can thus be put in an indirect causal connection with the satisfaction of human needs. These considerations prove that the relationship responsible for the goods-character of these things, which we will call goods of second order, is fundamentally the same as that of goods of first order. The fact that goods of first order have a direct and goods of second order an indirect causal relation with the satisfaction of our needs gives rise to no difference in the essence of that relationship, since the requirement for the acquisition of goods-character is the existence of some causal connection, but not necessarily one that is direct, between things and the satisfaction of human needs. At this point, it could easily be shown that even with these goods we have not exhausted the list of things whose goods-character we recognize, and that, to continue our earlier example, the grain mills, wheat, rye, and labor services applied to the production of flour, etc., appear as goods of third order, while the fields, the instruments and appliances necessary for their cultivation, and the specific labor services of farmers, appear as goods of fourth order. Ithink, however, that the idea Ihave been presenting is already sufficiently clear. In the previous section, we saw that a causal relationship between a thing and the satisfaction of human needs is one of the prerequisites of its goods-character. The thought developed in this section may be summarized in the proposition that it is not a requirement of the goods-character of a thing that it be capable of being placed in direct causal connection with the satisfaction of human needs. It has been shown that goods having an indirect causal relationship with the satisfaction of human needs differ in the closeness of this relationship. But it has also been shown that this difference does not affect the essence of goods-character in any way. In this connection, a distinction was made between goods of first, second, third, fourth, and higher orders. Again it is necessary that we guard ourselves, from the beginning, from a faulty interpretation of what has been said. In the general discussion of goods-character, Ihave already pointed out that goods-character is not a property inherent in the goods themselves. The same warning must also be given here, where we are dealing with the order or place that a good occupies in the causal nexus of goods. To designate the order of a particular good is to indicate only that this good, in some particular employment, has a closer or more distant causal relationship with the satisfaction of a human need. Hence the order of a good is nothing inherent in the good itself and still less a property of it. Thus Ido not attach any special weight to the orders assigned to goods, either here or in the following exposition of the laws governing goods, although the assignment of there orders will, if they are correctly understood, become an important aid in the exposition of a difficult and important subject. But Ido wish especially to stress the importance of understanding the causal relation between goods and the satisfaction of human needs and, depending upon the nature of this relation in particular cases, the more or less direct causal connection of the goods with these needs. ### 3. The Laws Governing Goods-Character A. The goods-character of goods of higher order is dependent on command of corresponding complementary goods. When we have goods of first order at our disposal, it is in our power to use them directly for the satisfaction of our needs. If we have the corresponding goods of second order at our disposal, it is in our power to transform them into goods of first order, and thus to make use of them in an indirect manner for the satisfaction of our needs. Similarly, should we have only goods of third order at our disposal, we would have the power to transform them into the corresponding goods of second order, and these in turn into corresponding goods of first order. Hence we would have the power to utilize goods of third order for the satisfaction of our needs, even though this power must be exercised by transforming them into goods of successively lower orders. The same proposition holds true with all goods of higher order, and we cannot doubt that they possess goods-character if it is in our power actually to utilize them for the satisfaction of our needs. This last requirement, however, contains a limitation of no slight importance with respect to goods of higher order. For it is never in our power to make use of any particular good of higher order for the satisfaction of our needs unless we also have command of the other (complementary) goods of higher order. Let us assume, for instance, that an economizing individual possesses no bread directly, but has at his command all the goods of second order necessary to produce it. There can be no doubt that he will nevertheless have the power to satisfy his need for bread. Suppose, however, that the same person has command of the flour, salt, yeast, labor services, and even all the tools and appliances necessary for the production of bread, but lacks both fuel and water. In this second case, it is clear that he no longer has the power to utilize the goods of second order in his possession for the satisfaction of his need, since bread cannot be made without fuel and water, even if all the other necessary goods are at hand. Hence the goods of second order will, in this case, immediately lose their goods-character with respect to the need for bread, since one of the four prerequisites for the existence of their goods-character (in this case the fourth prerequisite) is lacking. It is possible for the things whose goods-character has been lost with respect to the need for bread to retain their goodscharacter with respect to other needs if their owner has the power to utilize them for the satisfaction of other needs than his need for bread, or if they are capable, by themselves, of directly or indirectly satisfying a human need in spite of the lack of one or more complementary goods. But if the lack of one or more complementary goods makes it impossible for the availa- ble goods of second order to be utilized, either by themselves alone or in combination with other available goods, for the satisfaction of any human need whatsoever, they will lose their goods-character completely. For economizing men will no longer have the power to direct the goods in question to the satisfaction of their needs, and one of the essential prerequisites of their goods-character is therefore missing. Our investigation thus far yields, as a first result, the proposition that the goods-character of goods of second order is dependent upon complementary goods of the same order being available to men with respect to the production of at least one good of first order. The question of the dependence of the goods-character of goods of higher order than the second upon the availability of complementary goods is more complex. But the additional complexity by no means lies in the relationship of the goods of higher order to the corresponding goods of the next lower order (the relationship of goods of third order to the corresponding goods of second order, or of goods of fifth order to those of fourth order, for example). For the briefest consideration of the causal relationship between these goods provides a complete analogy to the relationship just demonstrated between goods of second order and goods of the next lower (first) order. The principle of the previous paragraph may be extended quite naturally to the proposition that the goods-character of goods of higher order is directly dependent upon complementary goods of the same order being available with respect to the production of at least one good of the next lower order. The additional complexity arising with goods of higher than second order lies rather in the fact that even command of all the goods required for the production of a good of the next lower order does not necessarily establish their goods-character unless men also have command of all their complementary goods of this next and of all still lower orders. Assume that someone has command of all the goods of third order that are required to produce a good of second order, but does not have the other complementary goods of second order at his command. In this case, even command of all the goods of third order required for the production of a single good of second order will not give him the power actually to direct these goods of third order to the satisfaction of human needs. Although he has the power to transform the goods of third order (whose goods-character is here in question) into goods of second order, he does not have the power to transform the goods of second order into the corresponding goods of first order. He will therefore not have the power to direct the goods of third order to the satisfaction of his needs, and because he has lost this power, the goods of third order lose their goods-character immediately. It is evident, therefore, that the principle stated above — the goods-character of goods of higher order is directly dependent upon complementary goods of the same order being available with respect to the production of at least one good of the next lower order — does not include all the prerequisites for the establishment of the goods-character of things, since command of all complementary goods of the same order does not by itself give us the power to direct these things to the satisfaction of our needs. If we have goods of third order at our disposal, their goods-character is indeed directly dependent on our being able to transform them into goods of second order. But a further requirement for their goods-character is our ability to transform the goods of second order in turn into goods of first order, which involves the still further requirement that we must have command of certain complementary goods of second order. The relationships of goods of fourth, fifth, and still higher orders are quite analogous. Here again the goods-character of things so remote from the satisfaction of human needs is directly dependent on the availability of complementary goods of the same order. But it is dependent also upon our having command of the complementary goods of the next lower order, in turn of the complementary goods of the order below this, and so on, in such a way that it is in our power actually to direct the goods of higher order to the production of a good of first order, and thereby finally to the satisfaction of a human need. If we designate the whole sum of goods that are required to utilize a good of higher order for the production of a good of first order as its complementary goods in the wider sense of the term, we obtain the general principle that the goods-character of goods of higher order depends on our being able to command their complementary goods in this wider sense of the term. Nothing can place the great causal interconnection between goods more vividly before our eyes than this principle of the mutual interdependence of goods. When, in 1862, the American Civil War dried up Europe’s most important source of cotton, thousands of other goods that were complementary to cotton lost their goods-character. Irefer in particular to the labor services of English and continental cottonmill workers who then, for the greater part, became unemployed and were forced to ask public charity. The labor services (of which these capable workers had command) remained the same, but large quantities of them lost their goods-character since their complementary good, cotton, was unavailable, and the specific labor services could not by themselves, for the most part, be directed to the satisfaction of any human need. But these labor services immediately became goods again when their complementary good again became available as the result of increased cotton imports, partly from other sources of supply, and partly, after the end of the American Civil War, from the old source. Conversely, goods often lose their goods-character because men do not have command of the necessary labor services, complementary to them. In sparsely populated countries, particularly in countries raising one predominant crop such as wheat, a very serious shortage of labor services frequently occurs after especially good harvests, both because agricultural workers, few in numbers and living separately, find few incentives for hard work in times of abundance, and because the harvesting work, as a result of the exclusive cultivation of wheat, is concentrated into a very brief period of time. Under such conditions (on the fertile plains of Hungary, for instance), where the requirements for labor services, within a short interval of time, are very great but where the available labor services are not sufficient, large quantities of grain often spoil on the fields. The reason for this is that the goods complementary to the crops standing on the fields (the labor services necessary for harvesting them) are missing, with the result that the crops themselves lose their goods-character. When the economy of a people is highly developed, the various complementary goods are generally in the hands of different persons. The producers of each individual article usually carry on their business in a mechanical way, while the producers of the complementary goods realize just as little that the goods-character of the things they produce or manufacture depends on the existence of other goods that are not in their possession. The error that goods of higher order possess goods-character by themselves, and without regard to the availability of complementary goods, arises most easily in countries where, owing to active commerce and a highly developed economy, almost every product comes into existence under the tacit, and as a rule quite unconscious, supposition of the producer that other persons, linked to him by trade, will provide the complementary goods at the right time. Only when this tacit assumption is disappointed by such a change of conditions that the laws governing goods make their operation manifestly apparent, are the usual mechanical business transactions interrupted, and only then does public attention turn to these manifestations and to their underlying causes. B. The goods-character of goods of higher order is derived from that of the corresponding goods of lower order. Examination of the nature and causal connections of goods as Ihave presented them in the first two sections leads to the recognition of a further law that goods obey as such — that is, without regard to their economic character. It has been shown that the existence of human needs is one of the essential prerequisites of goods-character, and that if the human needs with whose satisfaction a thing may be brought into causal connection completely disappear, the goods-character of the thing is immediately lost unless new needs for it arise. From what has been said about the nature of goods, it is directly evident that goods of first order lose their goods-character immediately if the needs they previously served to satisfy all disappear without new needs arising for them. The problem becomes more complex when we turn to the entire range of goods causally connected with the satisfaction of a human need, and inquire into the effect of the disappearance of this need on the goods-character of the goods of higher order causally connected with its satisfaction. Suppose that the need for direct human consumption of tobacco should disappear as the result of a change in tastes, and that at the same time all other needs that the tobacco already prepared for human consumption might serve to satisfy should also disappear. In this event, it is certain that all tobacco products already on hand, in the final form suited to human consumption, would immediately lose their goods-character. But what would happen to the corresponding goods of higher order? What would be the situation with respect to raw tobacco leaves, the tools and appliances used for the production of the various kinds of tobacco, the specialized labor services employed in the industry, and in short, with respect to all the goods of second order used for the production of tobacco destined for human consumption? What, furthermore, would be the situation with respect to tobacco seeds, tobacco farms, the labor services and the tools and appliances employed in the production of raw tobacco, and all the other goods that may be regarded as goods of third order in relation to the need for tobacco? What, finally, would be the situation with respect to the corresponding goods of fourth, fifth, and higher orders? The goods-character of a thing is, as we have seen, dependent on its being capable of being placed in a causal connection with the satisfaction of human needs. But we have also seen that a direct causal connection between a thing and the satisfaction of a need is by no means a necessary prerequisite of its goods-character. On the contrary, a large number of things derive their goods-character from the fact that they stand only in a more or less indirect causal relationship to the satisfaction of human needs. If it is established that the existence of human needs capable of satisfaction is a prerequisite of goods-character in all cases, the principle that the goods-character of things is immediately lost upon the disappearance of the needs they previously served to satisfy is, at the same time, also proven. This principle is valid whether the goods can be placed in direct causal connection with the satisfaction of human needs, or derive their goods- character from a more or less indirect causal connection with the satisfaction of human needs. It is clear that with the disappearance of the corresponding needs the entire foundation of the relationship we have seen to be responsible for the goods-character of things ceases to exist. Thus quinine would cease to be a good if the diseases it serves to cure should disappear, since the only need with the satisfaction of which it is causally connected would no longer exist. But the disappearance of the usefulness of quinine would have the further consequence that a large part of the corresponding goods of higher order would also be deprived of their goods-character. The inhabitants of quinine-producing countries, who currently earn their livings by cutting and peeling cinchona trees, would suddenly find that not only their stocks of cinchona bark, but also, in consequence, their cinchona trees, the tools and appliances applicable only to the production of quinine, and above all the specialized labor services, by means of which they previously earned their livings, would at once lose their goods-character, since all these things would, under the changed circumstances, no longer have any causal relationship with the satisfaction of human needs. If, as the result of a change in tastes, the need for tobacco should disappear completely, the first consequence would be that all stocks of finished tobacco products on hand would be deprived of their goods-character. Afurther consequence would be that the raw tobacco leaves, the machines, tools, and implements applicable exclusively to the processing of tobacco, the specialized labor services employed in the production of tobacco products, the available stocks of tobacco seeds, etc., would lose their goods-character. The services, presently so well paid, of the agents who have so much skill in the grading and merchandising of tobaccos in such places as Cuba, Manila, Puerto Rico, and Havana, as well as the specialized labor services of the many people, both in Europe and in those distant countries, who are employed in the manufacture of cigars, would cease to be goods. Even tobacco boxes, humidors, all kinds of tobacco pipes, pipe stems, etc., would lose their goods-character. This apparently very complex phenomenon is explained by the fact that all the goods enumerated above derive their goods-char- acter from their causal connection with the satisfaction of the human need for tobacco. With the disappearance of this need, one of the foundations underlying their goods-character is destroyed. But goods of first order frequently, and goods of higher order as a rule, derive their goods-character not merely from a single but from more or less numerous causal connections with the satisfaction of human needs. Goods of higher order thus do not lose their goods-character if but one, or if, in general, but a part of these needs ceases to be present. On the contrary, it is evident that this effect will take place only if all the needs with the satisfaction of which goods of higher order are causally related disappear, since otherwise their goods-character would, in strict accordance with economic law, continue to exist with respect to needs with the satisfaction of which they have continued to be causally related even under the changed conditions. But even in this case, their goodscharacter continues to exist only to the extent to which they continue to maintain a causal relationship with the satisfaction of human needs, and would disappear immediately if the remaining needs should also cease to exist. To continue the previous example, should the need of people for the consumption of tobacco cease completely to exist, the tobacco already manufactured into products suited to human consumption, and probably also the stocks of raw tobacco leaves, tobacco seeds, and many other goods of higher order having a causal connection with the satisfaction of the need for tobacco, would be completely deprived of their goods-character. But not all the goods of higher order used by the tobacco industry would necessarily meet this fate. The land and agricultural implements used in the cultivation of tobacco, for instance, and perhaps also many tools and machines used in the manufacture of tobacco products, would retain their goods-character with respect to other human needs since they can be placed in causal connection with these other needs even after the disappearance of the need for tobacco. The law that the goods-character of goods of higher order is derived from the goods-character of the corresponding goods of lower order in whose production they serve must not be regarded as a modification affecting the substance of the primary principle, but merely as a restatement of that principle in a more concrete form. In what has preceded we have considered in general terms all the goods that are causally connected both with one another and with the satisfaction of human needs. The object of our investigation was the whole causal chain up to the last link, the satisfaction of human needs. Having stated the principle of the present section, we may now, in the section following, turn our attention to a few links of the chain at a time — by disregarding the causal connection between goods of third order for instance, and the satisfaction of human needs for the time being, and by observing only the causal connection of goods of that order with the corresponding goods of any higher order of our choice. ### 4. Time and Error The process by which goods of higher order are progressively transformed into goods of lower order and by which these are directed finally to the satisfaction of human needs is, as we have seen in the preceding sections, not irregular but subject, like all other processes of change, to the law of causality. The idea of causality, however, is inseparable from the idea of time. Aprocess of change involves a beginning and a becoming, and these are only conceivable as processes in time. Hence it is certain that we can never fully understand the causal interconnections of the various occurrences in a process, or the process itself, unless we view it in time and apply the measure of time to it. Thus, in the process of change by which goods of higher order are gradually transformed into goods of first order, until the latter finally bring about the state called the satisfaction of human needs, time is an essential feature of our observations. When we have the complementary goods of some particular higher order at our command, we must transform them first into goods of the next lower order, and then by stages into goods of successively still lower orders until they have been fashioned into goods of first order, which alone can be utilized directly for the satisfaction of our needs. However short the time periods lying between the various phases of this process may often appear (and progress in technology and in the means of transport tend continually to shorten them), their complete disappearance is nevertheless inconceivable. It is impossible to transform goods of any given order into the corresponding goods of lower order by a mere wave of the hand. On the contrary, nothing is more certain than that a person having goods of higher order at his disposal will be in the actual position of having command of goods of the next lower order only after an appreciable period of time, which may, according to the particular circumstances involved, sometimes be shorter and sometimes longer. But what has been said here of a single link of the causal chain is even more valid with respect to the whole process. The period of time this process requires in particular instances differs considerably according to the nature of the case. An individual, having at his disposal all the land, labor services, tools, and seed required for the production of an oak forest, will be compelled to wait almost a hundred years before the timber is ready for the axe, and in most cases actual possession of timber in this condition will come only to his heirs or other assigns. On the other hand, in some cases a person who has at his disposal the ingredients and the necessary tools, labor services, etc., required for the production of foods or beverages, will be in a position to use the foods or beverages themselves in only a few moments. Yet however great the difference between the various cases, one thing is certain: the time period lying between command of goods of higher order and possession of the corresponding goods of lower order can never be completely eliminated. Goods of higher order acquire and maintain their goods-character, therefore, not with respect to needs of the immediate present, but as a result of human foresight, only with respect to needs that will be experienced when the process of production has been completed. After what has been said, it is evident that command of goods of higher order and command of the corresponding goods of first order differ, with respect to a particular kind of consumption, in that the latter can be consumed immediately whereas the former represent an earlier stage in the formation of consumption goods and hence can be utilized for direct consump- tion only after the passage of an appreciable period of time, which is longer or shorter according to the nature of the case. But another exceedingly important difference between immediate command of a consumption good and indirect command of it (through possession of goods of higher order) demands our consideration. Aperson with consumption goods directly at his disposal is certain of their quantity and quality. But a person who has only indirect command of them, through possession of the corresponding goods of higher order, cannot determine with the same certainty the quantity and quality of the goods of first order that will be at his disposal at the end of the production process. Aperson who has a hundred bushels9 of grain can plan his disposition of this good with that certainty, as to quantity and quality, which the immediate possession of any good is generally able to offer. But a person who has command of such quantities of land, seed, fertilizer, labor services, agricultural implements, etc., as are normally required for the production of a hundred bushels of grain, faces the chance of harvesting more than that quantity of grain, but also the chance of harvesting less. Nor can the possibility of a complete harvest failure be excluded. He is exposed, moreover, to an appreciable uncertainty with respect to the quality of the product. This uncertainty with respect to the quantity and quality of product one has at one’s disposal through possession of the corresponding goods of higher order is greater in some branches of production than it is in others. An individual who has at his disposal the materials, tools, and labor services necessary for the production of shoes, will be able, from the quantity and quality of goods of higher order on hand, to draw conclusions with a considerable degree of precision about the quantity and quality of shoes he will have at the end of the production process. But 9”Metzen.” One Metze is equal to 3.44 liters, or approximately 3 quarts. But here as elsewhere in the translation we have chosen approximate modern equivalents since the old Austrian units of weight and measure are unfamiliar not only to English and American but even to present-day German-speaking readers. In a person with command of a field suitable for growing flax, the corresponding agricultural implements, as well as the necessary labor services, flaxseed, fertilizer, etc., will be unable to form a perfectly certain judgment about the quantity and quality of oilseed he will harvest at the end of the production process. Yet he will be exposed to less uncertainty with respect to the quantity and quality of his product than a grower of hops, a hunter, or even a pearlfisher. However great these differences between the various branches of production may be, and even though the progress of civilization tends to diminish the uncertainty involved, it is certain that an appreciable degree of uncertainty regarding the quantity and quality of a product finally to be obtained will always be present, although sometimes to a greater and sometimes to a less extent, according to the nature of the case. The final reason for this phenomenon is found in the peculiar position of man in relation to the causal process called production of goods. Goods of higher order are transformed, in accordance with the laws of causality, into goods of the next lower order; these are further transformed until they become goods of first order, and finally bring about the state we call satisfaction of human needs. Goods of higher order are the most important elements of this causal process, but they are by no means the only ones. There are other elements, apart from those belonging to the world of goods, that affect the quantity and quality of the outcome of the causal process called production of goods. These other elements are either of such a kind that we have not recognized their causal connection with our well-being, or they are elements whose influence on the product we well know but which are, for some reason, beyond our control. Thus, until a short time ago, men did not know the influence of the different types of soils, chemicals, and fertilizers, on the growth of various plants, and hence did not know that these factors sometimes have a more and sometimes a less favorable (or even an unfavorable) effect on the outcome of the production process, with respect to both its quantity and its quality. As a result of discoveries in the field of agricultural chemistry, a certain portion of the uncertainties of agriculture has already been eliminated, and man is in a position, to the extent per- mitted by the discoveries themselves, to induce the favorable effects of the known factors in each case and to avoid those that are detrimental. Changes in weather offer an example from the second category. Farmers are usually quite clear about the kind of weather most favorable for the growth of plants. But since they do not have the power to create favorable weather or to prevent weather injurious to seedlings, they are dependent to no small extent on its influence upon the quantity and quality of their harvested product. Although weather, like all other natural forces, makes itself felt in accordance with inexorable causal laws, it appears to economizing men as a series of accidents, since it is outside their sphere of control. The greater or less degree of certainty in predicting the quality and quantity of a product that men will have at their disposal due to their possession of the goods of higher order required for its production, depends upon the greater or less degree of completeness of their knowledge of the elements of the causal process of production, and upon the greater or less degree of control they can exercise over these elements. The degree of uncertainty in predicting both the quantity and quality of a product is determined by opposite relationships. Human uncertainty about the quantity and quality of the product (corresponding goods of first order) of the whole causal process is greater the larger the number of elements involved in any way in the production of consumption goods which we either do not understand or over which, even understanding them, we have no control — that is, the larger the number of elements that do not have goods-character. This uncertainty is one of the most important factors in the economic uncertainty of men, and, as we shall see in what follows, is of the greatest practical significance in human economy. ### 5. The Causes of Progress in Human Welfare “The greatest improvement in the productive powers of labour,” says Adam Smith, “and the greater part of the skill, dexterity, and judgment with which it is anywhere directed, or applied, seem to have been the effects of the division of labour.”10 And: “It is the great multiplication of the productions of all the different arts, in consequence of the division of labour, which occasions, in a well-governed society, that universal opulence which extends itself to the lowest ranks of the people.”11 In such a manner Adam Smith has made the progressive division of labor the central factor in the economic progress of mankind — in harmony with the overwhelming importance he attributes to labor as an element in human economy. Ibelieve, however, that the distinguished author Ihave just quoted has cast light, in his chapter on the division of labor, on but a single cause of progress in human welfare while other, no less efficient, causes have escaped his attention. We may assume that the tasks in the collecting economy of an Australian tribe are, for the most part, divided in the most efficient way among the various members of the tribe. Some are hunters; others are fishermen; and still others are occupied exclusively with collecting wild vegetable foods. Some of the women are wholly engaged in the preparation of food, and others in the fabrication of clothes. We may imagine the division of labor of the tribe to be carried still further, so that each distinct task comes to be performed by a particular specialized member of the tribe. Let us now ask whether a division of labor carried so far, would have such an effect on the increase of the quantity of consumable goods available to the members of the tribe as that regarded by Adam Smith as being the consequence of the progressive division of labor. Evidently, as the result of such a change, this tribe (or any other people) will achieve either the same result from their labor with less effort or, with the same effort, a greater result than before. It will thus improve its condition, insofar as this is at all possible, by means of a more appropriate and efficient allocation of occupational tasks. But this improvement is very different from that Modern Library Edition, New York, 1937, p. 3. which we can observe in actual cases of economically progressive peoples. Let us compare this last case with another. Assume a people which extends its attention to goods of third, fourth, and higher orders, instead of confining its activity merely to the tasks of a primitive collecting economy — that is, to the acquisition of naturally available goods of lowest order (ordinarily goods of first, and possibly second, order). If such a people progressively directs goods of ever higher orders to the satisfaction of its needs, and especially if each step in this direction is accompanied by an appropriate division of labor, we shall doubtless observe that progress in welfare which Adam Smith was disposed to attribute exclusively to the latter factor. We shall see the hunter, who initially pursues game with a club, turning to hunting with bow and hunting net, to stock farming of the simplest kind, and in sequence, to ever more intensive forms of stock farming. We shall see men, living initially on wild plants, turning to ever more intensive forms of agriculture. We shall see the rise of manufactures, and their improvement by means of tools and machines. And in the closest connection with these developments, we shall see the welfare of this people increase. The further mankind progresses in this direction, the more varied become the kinds of goods, the more varied consequently the occupations, and the more necessary and economic also the progressive division of labor. But it is evident that the increase in the consumption goods at human disposal is not the exclusive effect of the division of labor. Indeed, the division of labor cannot even be designated as the most important cause of the economic progress of mankind. Correctly, it should be regarded only as one factor among the great influences that lead mankind from barbarism and misery to civilization and wealth. The explanation of the effect of the increasing employment of goods of higher order upon the growing quantity of goods available for human consumption (goods of first order) is a matter of little difficulty. In its most primitive form, a collecting economy is confined to gathering those goods of lowest order that happen to be offered by nature. Since economizing individuals exert no influence on the production of these goods, their origin is inde- pendent of the wishes and needs of men, and hence, so far as they are concerned, accidental. But if men abandon this most primitive form of economy, investigate the ways in which things may be combined in a causal process for the production of consumption goods, take possession of things capable of being so combined, and treat them as goods of higher order, they will obtain consumption goods that are as truly the results of natural processes as the consumption goods of a primitive collecting economy, but the available quantities of these goods will no longer be independent of the wishes and needs of men. Instead, the quantities of consumption goods will be determined by a process that is in the power of men and is regulated by human purposes within the limits set by natural laws. Consumption goods, which before were the product of an accidental concurrence of the circumstances of their origin, become products of human will, within the limits set by natural laws, as soon as men have recognized these circumstances and have achieved control of them. The quantities of consumption goods at human disposal are limited only by the extent of human knowledge of the causal connections between things, and by the extent of human control over these things. Increasing understanding of the causal connections between things and human welfare, and increasing control of the less proximate conditions responsible for human welfare, have led mankind, therefore, from a state of barbarism and the deepest misery to its present stage of civilization and well-being, and have changed vast regions inhabited by a few miserable, excessively poor, men into densely populated civilized countries. Nothing is more certain than that the degree of economic progress of mankind will still, in future epochs, be commensurate with the degree of progress of human knowledge. ### 6. Property The needs of men are manifold, and their lives and welfare are not assured if they have at their disposal only the means, however ample, for the satisfaction of but one of these needs. Although the manner, and the degree of completeness, of satisfaction of the needs of men can display an almost unlimited variety, a certain harmony in the satisfaction of their needs is nevertheless, up to a certain point, indispensable for the preservation of their lives and welfare. One man may live in a palace, consume the choicest foods, and dress in the most costly garments. Another may find his resting place in the dark corner of a miserable hut, feed on leftovers, and cover himself with rags. But each of them must try to satisfy his needs for shelter and clothing as well as his need for food. It is clear that even the most complete satisfaction of a single need cannot maintain life and welfare. In this sense, it is not improper to say that all the goods an economizing individual has at his command are mutually interdependent with respect to their goods-character, since each particular good can achieve the end they all serve, the preservation of life and well-being, not by itself, but only in combination with the other goods. In an isolated household economy, and even when but little trade exists between men, this joint purpose of the goods necessary for the preservation of human life and welfare is apparent, since all of them are at the disposal of a single economizing individual. The harmony of the needs that the individual households attempt to satisfy is reflected in their property.12 At a higher stage of civilization, and particularly in our highly developed exchange economy, where possession of a substantial quantity of any one economic good gives command of corresponding quantities of all other goods, the interdependence of goods is seen less clearly in the economy of the individual members of society, but appears much more distinctly if the economic system as a whole is considered. We see everywhere that not single goods but combinations of goods of different kinds serve the purposes of economizing men. These combinations of goods are at the command of individuals either directly, as is the case in the isolated household economy, or in part directly and in part indirectly, as is the case in our developed exchange economy. Only in their entirety do these goods bring about the effect that we call the satisfaction of our requirements, and in consequence, the assurance of our lives and welfare. The entire sum of goods at an economizing individual’s command for the satisfaction of his needs, we call his property. His property is not, however, an arbitrarily combined quantity of goods, but a direct reflection of his needs, an integrated whole, no essential part of which can be diminished or increased without affecting realization of the end it serves. --- # Principles of Economics, Chapter V: The Theory of Price URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-v/ Author: Carl Menger Year: 1871 Book: Principles of Economics However much prices, or in other words, the quantities of goods actually exchanged, may impress themselves on our senses, and on this account form the usual object of scientific investigation, they are by no means the most fundamental feature of the economic phenomenon of exchange. This central feature lies rather in the better provision two persons can make for the satisfaction of their needs by means of trade. Economizing individuals strive to better their economic positions as much as possible. To this end they engage in economic activity in general. And to this end also, whenever it can be attained by means of trade, they exchange goods. Prices are only incidental manifestations of these activities, symptoms of an economic equilibrium between the economies of individuals. If the locks between two still bodies of water at different levels are opened, the surface will become ruffled with waves that will gradually subside until the water is still once more. The waves are only symptoms of the operation of the forces we call gravity and friction. The prices of goods, which are symptoms of an economic equilibrium in the distribution of possessions between the economies of individuals, resemble these waves. The force that drives them to the surface is the ultimate and general cause of all economic activity, the endeavor of men to satisfy their needs as completely as possible, to better their economic positions. But since prices are the only phenomena of the process that are directly perceptible, since their magnitudes can be measured exactly, and since daily living brings them unceasingly before our eyes, it was easy to commit the error of regarding the magnitude of price as the essential feature of an exchange, and as a result of this mistake, to commit the further error of regarding the quantities of goods in an exchange as equivalents. The result was incalculable damage to our science since writers in the field of price theory lost themselves in attempts to solve the problem of discovering the causes of an alleged equality between two quantities of goods.1 Some found the cause in equal quantities of labor expended on the goods. Others found it in equal costs of production. And a dispute even arose as to whether the goods are given for each other because they are equivalents, or whether they are equivalents because they are exchanged. But such an equality of the values of two quantities of goods (an equality in the objective sense) nowhere has any real existence. The error on which these theories were based becomes immediately apparent as soon as we free ourselves from the one-sidedness that previously prevailed in the observation of price phenomena. The only quantities of goods that can be called equivalents (in the objective sense of the term) are quantities which, at a given point in time, can be exchanged at will — that is, in such a way that if one of two quantities of goods is offered, the other can be acquired for it, and vice versa. But equivalents of this sort are nowhere present in human economic life. If goods were equivalents in this sense, there would be no reason, market conditions remaining unchanged, why every exchange should not be capable of reversal. Suppose Ahad exchanged his house for B’s farm or for a sum of 20,000 Thalers. If these goods had become equivalents in the objective sense of the term as a result of the transaction, or if they had already been equivalents before it took place, there is no reason why the two participants should not be willing to reverse the trade immediately. But experience tells us that in a case of this kind neither of the two would give his consent to such an arrangement. The same observation can also be made under the most highly developed conditions of trade, and even with respect to the most saleable commodities. Let anyone buy grain on a grain exchange or securities on a stock exchange and try to sell them again before a change in market conditions occurs, or let him try to sell and buy separate units of the same commodity at the same time, and he will easily be convinced that the difference between supply prices and demand prices is no mere accident but a general feature of social economy. Thus commodities that can be exchanged against each other in certain definite quantities (a sum of money and a quantity of some other economic good, for instance), that can be exchanged for each other at will by a sale or a purchase, in short, commodities that are equivalents in the objective sense of the term, do not exist — even on given markets and at a given point in time. And what is more important, deeper understanding of the causes that lead to the exchange of goods and to human trade in general teaches us that equivalents of this sort are utterly impossible in the very nature of the case and cannot exist in reality at all. Acorrect theory of prices cannot, therefore, have the task of explaining an alleged “equality of value” between two quantities of goods when such an equality does not, in truth, exist anywhere. In this setting, the subjective character of value and the nature of exchange would be completely misunderstood. Acorrect theory of price must instead be directed to showing how economizing men, in their endeavor to satisfy their needs as fully as possible, are led to give goods (that is, definite quan- tities of goods) for other goods. In this investigation, Ishall proceed in accordance with the methods followed generally in this work, beginning with the simplest phenomena and gradually passing on to the more complex phenomena of price formation. ### 1. Price Formation in an Isolated Exchange In the previous chapter, we saw that the possibility of an economic exchange of goods is dependent on an economizing individual having command of goods that have a smaller value to him than other goods at the command of another economizing individual who values the two goods in reverse fashion. The mere statement of this condition, however, strongly implies the existence of limits within which price formation must, in any given instance, take place. By way of illustration, we will suppose that 100 units of A’s grain have the same value to him as 40 units of wine. It is clear from the beginning that Awill, under no circumstances, be prepared to give more than 100 units of grain for 40 units of wine in an exchange, since if he were to do so, his needs would be less well provided for after the exchange than before. He will agree to an exchange only if it enables him to make better provision for his needs than would be possible without the exchange. He will be willing to exchange his grain for wine only if he has to give less than 100 units of grain for 40 units of wine. Thus whatever the price of 40 units of wine may eventually be in an exchange of A’s grain for the wine of some other economizing individual, this much is certain, that it cannot, owing to the economic position of A, reach 100 units of grain. If Acan find no other economizing individual to whom a smaller quantity than 100 units of grain has a greater importance than 40 units of wine, he will never be in a position to exchange his grain for wine. In this event, the foundations for an economic exchange of the two goods would not be present so far as Ais concerned. But if Adoes find a second economizing individual, B, to whom only 80 units of grain, for example, have a value equal to 40 units of wine, the prerequisites for an economic exchange between Aand Bare certainly present (provided the two men recognize the situation and no barriers stand in the way of execution of the exchange), and at the same time a second limit is set to price formation. If it follows from the economic situation of Athat the price of 40 units of wine must be below 100 units of grain (since he would otherwise derive no economic gain from the transaction), it follows from the economic situation of Bthat a greater quantity than 80 units of grain must be offered for his 40 units of wine. Hence, whatever the price that is finally established for 40 units of wine in an economic exchange between Aand B, this much is certain, that it must be formed between the limits of 80 and 100 units of grain, above 80 and below 100 units. It is easily seen that Acould provide better for the satisfaction of his needs even if he should have to give 99 units of grain for the 40 units of wine, and that Bwould be acting economically on the other side if he were to accept as little as 81 units of grain in exchange for his 40 units of wine. But since there is an opportunity for both economizing individuals to exploit a much larger economic advantage, each of them will direct his efforts to turning as large a share as possible of the economic gain to himself. The result is the phenomenon which, in ordinary life, we call bargaining. Each of the two bargainers will attempt to acquire as large a portion as possible of the economic gain that can be derived from the exploitation of the exchange opportunity, and even if he were to try to obtain but a fair share of the gain, he will be inclined to demand higher prices the less he knows of the economic condition of the other bargainer and the less he knows the extreme limit to which the other is prepared to go. What will be the numerical result of this price duel? It is certain, as we saw, that the price of 40 units of wine will be higher than 80 units and lower than 100 units of grain. But it appears equally certain to me that the outcome of the exchange will prove sometimes more favorable to one and sometimes more favorable to the other of the two bargainers, depending upon their various individualities and upon their greater or smaller knowledge of business life and, in each case, of the situation of the other bargainer. In the formulation of general principles, however, there is no reason for assuming that one or the other of the two bargainers will have an overwhelming economic talent, or that other circumstances will operate more in the favor of one than the other. Under the assumption of economically equally capable individuals and equality of other circumstances, therefore, Iventure to state, as a general rule, that the efforts of the two bargainers to obtain the maximum possible gain will be mutually paralyzing, and that the price will therefore be equally far from the two extremes between which it can be established. In our case, the price for a quantity of wine of 40 units upon which the two bargainers will finally agree will lie within the limits of 80 and 100 units of grain, with the further restriction that it must be higher than 80 and lower than 100 units. As concerns its position between these limits, if the two bargainers are otherwise equally situated, it will be equal to 90 units of grain. But if this equality in their situations does not prevail, an exchange at another price between the two limits would not be economically impossible. What has been said of price formation in this case holds in a similar fashion for every other. Wherever the foundations for an economic exchange of two goods between two economizing individuals exist, the nature of the relationship itself sets definite limits within which price formation must take place if the exchange is to have economic character at all. These limits are given by the different quantities of the goods that are equivalents for each bargainer (equivalents in a subjective sense). (In the example just considered, for instance, 100 units of grain are the equivalent of 40 units of wine for A, and 80 units of grain are the equivalent of the same quantity of wine for B.) Within these limits, the price tends to be determined at the average of the two equivalents (and hence, in our example, at 90 units of grain, the average of 80 and 100 units). The quantities of goods that are given for each other in an economic exchange are therefore precisely determined by the economic situation obtaining in each case. It is true that human caprice has some degree of influence on the result since varying quantities of goods may be exchanged, within definite limits, without a resultant loss of the economic character of the exchange operation. But it is equally certain that the opposing efforts of the bargainers to derive the greatest possible gain from the transaction will balance out in most cases, and that prices will therefore have a tendency to settle at the average of the extreme possible limits. If other factors, founded on the personalities of the two economizing individuals or on other external conditions affecting the transaction, enter the picture, prices can deviate from this natural middle position between the limits explained earlier without causing the exchange operations to lose economic character. But these deviations are not economic in nature, being founded on personal characteristics or on special external causes that are not of an economic character. ### 2. Price Formation Under Monopoly In the previous section, Idirected attention to the fact that price formation and the distribution of goods conform to definite laws by first considering the simplest possible case in which an exchange of goods takes place between two economizing individuals who are not influenced by the economic activity of other persons. This case, which could be termed isolated exchange, is the most common form of human trade in the early stages of the development of civilization. Its importance has survived to later times in sparsely populated backward regions and it is not completely absent even under advanced economic conditions, since it can be observed in highly developed economies wherever an exchange of goods that have value only to two economizing individuals takes place, or where other special circumstances economically isolate two persons. But with the progress of civilization, instances in which the foundations for an economic exchange of goods are present merely for two economizing individuals occur less frequently. If, for example, Aowns a horse that has a value to him equal to the value of 10 bushels of grain if he were to acquire them, he would be better able to provide for the satisfaction of his needs even if he were to exchange the animal for but 11 bushels of grain. To farmer B, on the other hand, who has a large stock of grain but lacks horses, a horse if acquired would be an equivalent for 20 bushels of his grain, and he would be better able to provide for the satisfaction of his needs even if he were to give 19 bushels of grain for A’s horse. Farmer B2 would be prepared to give 29 bushels of grain for the horse and farmer B3 to give 39 bushels. In this case, according to what was said before, not only does a foundation exist for an exchange of the two goods between Aand one other farmer, but Acan, in an economic exchange, give his horse to any one of the grain farmers, and any one of the latter can economically acquire it in exchange. What has just been said becomes still more evident if we consider the case in which foundations for economic exchange operations with the grain farmers exist not only for A, but also for several other owners of horses, A2, A3, etc. Suppose that only 8 bushels of grain for A2, and but 6 for A3, would, if acquired, have a value equal to one of their horses. There can be no doubt that, in this case, foundations for economic exchanges would exist between each of the animal breeders and each of the grain farmers. In both these cases we have to deal with much more complicated relationships than the one presented in the first section of this chapter. In the first case, foundations for economic exchange operations exist between a monopolist (in the widest sense of the term) and each of several other economizing individuals who, in their efforts to exploit the exchange opportunities confronting them, are in competition with each other for the monopolized good. In the second case, the foundations for economic exchange operations are present simultaneously on the one side for each of several owners of one good, and on the other side for each of several owners of another good; on each side, therefore, these persons are in competition with one another. Ishall begin with the simpler of the two cases, in which there is competition between several economizing persons for a monopolized good, and later pass on to the more complicated case of price formation when there is competition on both sides. A. Price formation and the distribution of goods when there is corn petition between several persons for a single indivisible monopolized good. In the description of price formation in isolated exchange (p. 194), we saw that in each particular case there is a certain range of indeterminacy within which price formation can take place without the exchange losing its economic character, and that the extent of this range depends upon the nature of the particular exchange situation. We also saw that the price that tends to be formed is one that divides the economic gains that can be obtained from exploitation of the relationship confronting two bargainers between them equally, and that there is thus, in each given case, a certain average toward which the price tends to move. But in this connection, Ipointed out that economic influences do not in any way, within this range of freedom, fix the point at which price formation must, of necessity, take place. If, for example, an economizing individual, A, has a horse that has a value to him no higher than 10 bushels of grain if he were to acquire them, while to B, who has had a rich harvest of grain, 80 bushels have a value equal to a horse if he were to acquire one, it is clear that the foundations for an economic exchange of A’s horse for B’s grain are present, provided that Aand Bboth recognize this relationship and have the power actually to perform the exchange of these goods. But it is equally certain that the price of the horse can be formed between the wide limits of 10 and 80 bushels of grain and can approach either of the two extremes without causing the economic character of the exchange to disappear. It is, of course, extremely improbable that the price of the horse will settle at 11 or 12 bushels or at 78 or 79 bushels of grain. But it is certain that no economic causes whatsoever are present that exclude completely the possibility of the formation of even these prices. At the same time, it is also clear that the transaction can take place naturally only between Aand Bonly as long as Bfinds no competitor in his endeavor to acquire A’s horse by trade. But suppose that B1 does have a competitor, B2, who either does not have as great an abundance of grain as B1 or requires a horse less urgently. Still, B2 values a horse as highly as 30 bushels of grain, and could thus provide better for the satisfaction of his needs if he were to give 29 bushels of grain for A’s horse. It is clear that the foundations for an economic exchange of a horse for some quantity of grain exist between B2 and Aas well as between B1 and A. But since only one of the two competitors for A’s horse can actually acquire it, two questions arise: (a) With which of the two competitors will the monopolist Aconclude the exchange transaction? and (b) What will be the limits within which price formation will take place? The answer to the first question arises from the following considerations. The value of A’s horse to B2 is equal to 30 bushels of his grain. He would thus provide better for the satisfaction of his needs if he were to give as much as 29 bushels of his grain to Afor his horse. This is not, by any means, to say that B2 will immediately offer A 29 bushels for the horse. But it is certain that he will decide to make even this offer to meet the competition of B1 as far as possible, since he would be acting very uneconomically if, as a last resort, he would not be satisfied with even as small a gain from trade as he could derive from an exchange of 29 bushels of grain for A’s horse. On the other hand, B1 would obviously be acting uneconomically if, in the competition for A’s horse, he were to permit B2 to acquire it for the price of 29 bushels of grain, since the economic gain of B1 would still be considerable if he were to give 30 bushels of grain or more for the horse and thereby economically exclude B2 from the exchange transaction.2 Thus the fact that there is a price range within which an exchange transaction would have become uneconomic for B2 but still be economic for B1 places B 1 in a position to obtain for from the exchange by the use of physical force or because of legal incapacity. The distinction is important, since B2 could easily own several hundred bushels of grain and thus have the power, physically and legally, to acquire A’s horse and still not choose to acquire it. If he does not acquire it, his reason must be economic in nature — that is, by giving up a larger quantity of grain than 29 bushels, he would not provide better for the satisfaction of his needs than he would without the exchange. himself the gains resulting from the exchange by making the transaction economically impossible for his competitor. Since Awould certainly be acting uneconomically if he did not transfer his monopolized good to the competitor who is in a position to offer him the highest price for it, nothing is more certain than that the exchange transaction will, in this particular economic situation, take place between Aand B1. As concerns the second question (the limits within which price formation will take place), it is certain that the price that B1 will give Acannot reach 80 bushels of grain since at this price the transaction would lose its economic character for B1. Nor can the price fall below 30 bushels of grain. For price formation would then fall within the limits where the exchange transaction would still be advantageous for B2, who would therefore have an economic interest in competing until the price should again reach the limit of 30 bushels. In our case therefore, the price must, of necessity, be formed between the limits of 30 and 80 bushels of grain.3 Thus the effect of the competition of B2 is that price formation, in the exchange of goods between Aand B1, will no longer take place between the wide limits of 10 and 80 bushels of grain, as would otherwise have been the case, but between the narrower limits of 30 and 80 bushels of grain. For only if the price is fixed between these limits does an economic gain from the transaction accrue to Aand B1 simultaneously with an economic exclusion of the competition of B 2 . The simple relationship of the isolated exchange thus reappears, the only dif- exactly 30 units. This conclusion would be correct if we were dealing with an auction sale in which no minimum price had been set in advance or if it had been set below 30 bushels of grain. In either case Awould be compelled by the very nature of an auction to be satisfied with the price of 30 bushels, and the causes of the unusual price formation in auctions in general are to be sought in analogous relationships. But if economizing individual Adoes not bind himself from the beginning with an auction contract and can pursue his interest with complete freedom, there is no economic reason why the price of a horse should not reach 79 bushels of grain in an exchange between Aand B, just as there is no reason why it should not be set at 30 bushels. ference being that the limits between which price formation takes place have become narrower. Aside from this difference, the principles already explained for the case of isolated exchange become fully applicable here. Suppose now that the two previous competitors for A’s horse, B1 and B2, are joined by a third competitor, B3. If the value of the horse to this third individual would be equal to 50 bushels of grain, it is clear from what has just been said that the transaction again will take place between Aand B1, but the price will be formed between the limits of 50 and 80 bushels. If a fourth competitor, B4, appears, to whom A’s horse would hate a value equal to 70 bushels of grain, the transaction will still take place between Aand B1, but the price will be formed between the limits of 70 and 80 bushels. Only when a competitor, for instance the economizing individual B5, appears on the scene, to whom the monopolized good has a value of as much as 90 bushels of grain, will the transaction take place between Aand this last competitor and the price of the horse be fixed between 80 and 90 bushels of grain. It is clear that the new competitor will exploit the exchange opportunity confronting him to his economic advantage, and that he will be in a position economically to exclude all other competitors (including B1) from the exchange. Price formation will take place between 80 and 90 bushels of grain because, on the one hand, the competitor B1 can only be economically excluded from the transaction by a price of at least 80 bushels of grain, which prevents the price from falling below this level, and because, on the other hand, the price cannot exceed or even reach 90 bushels of grain, since the transaction would then lose its economic character for B5. What has been said is valid for every other case in which the foundations for exchange operations exist between a monopolist exchanging an indivisible good for some other good offered by several other economizing individuals. Summarizing, we obtain the following principles: (1) When several economizing individuals, for each of whom the foundations for an economic exchange are present, compete for a single indivisible monopolized good, the competitor who will obtain the good will be the one for whom it is the equivalent of the largest quantity of the good offered for it in exchange. (2) Price formation takes place between limits that are set by the equivalents of the monopolized good in question for the two competitors who are most eager, or who are in the strongest competitive position, to perform the exchange. (3) Within these limits, the price is fixed according to the principles of price formation already demonstrated for isolated exchange. B. Price formation and the distribution of goods when there is competition for several units of a monopolized good. In the preceding section we selected as the subject of our investigation the simplest case of monopoly in which a monopolist brings a single indivisible good to market, and in which the process of price formation takes place under the influence of the competition of several economizing individuals for the good. The more complex case that Iwish to discuss now is one in which the foundations for economic exchange operations exist simultaneously between a monopolist who has command of a quantity of a monopolized good on the one hand and several economizing individuals on the other hand who have quantities of some other good at their disposal. Suppose that a newly acquired horse would have a value to farmer B1, who has a large quantity of grain but no horses, equal to 80 bushels of his grain. To farmer B2 a newly acquired horse would have a value equal to 70 bushels of grain, to B3 60, to B4 50, to B5 40, to B6 30, to B7 20, and to B8 only 10 bushels of grain. Asecond horse would have a value, to each of these farmers of 10 bushels less than the value of the first, a third a value of 10 bushels less than the second, and so on, each additional horse having a value of 10 bushels less than the preceding one (provided in each case that an additional horse is needed at all). The essential features of this economic situation can be presented in a table (see next page). If the monopolist Abrings only one horse to market, it is certain, in accordance with the argument of the previous section, that B1 will acquire it at a price somewhere between 70 and 80 bushels of grain. Number of Bushels of Grain that are Equal in Value to an Additional Horse Acquired by Trade To B1 To B2 To B3 To B4 To B5 To B6 To B7 To B8 horse horse horse horse horse horse horse horse But suppose that the monopolist brings not merely one but three horses to market. Here we are concerned with the case that forms the subject of investigation in the present section, and the question is: which one (or which ones) of the eight farmers will acquire the horses brought to market by the monopolist and what price will be charged? For the answer let us turn to our table. It appears that a first horse acquired by B1 would have a value to him equal to 80 bushels, a second a value equal to 70 bushels, and a third a value equal to only 60 bushels of grain. In this situation, B1 would be acting economically if he were to acquire one horse at a price between 70 and 80 bushels, thereby economically excluding all his competitors from the exchange. But he would act uneconomically with respect to the second horse if he were to offer 70 bushels or more for it, since by such an exchange the satisfaction of his needs would not be better provided for than before. With the third horse, at a price that would exclude B2 from the transaction and which must therefore be at least equal to 70 bushels of grain, the economic disadvantage to B1, and hence the non-economic character of such an exchange, would become still more obvious. The economic situation in this case is therefore such that, on the one hand, B1 can exclude all his competitors from acquiring any of the three horses only by conceding for each of them a price of 70 bushels of grain or more, while, on the other hand, he can purchase only one horse economically at this price and would worsen his economic position if he were also to buy the other two at the same price. Since we are assuming that B1 is an individual behaving economically, he will not exclude his competitors from the exchange purposelessly or to his own detriment. He will exclude them from acquiring quantities of the monopolized good only if, and to the extent to which, he can thereby obtain for himself an economic advantage he would have to forgo if he were to permit the other competitors to purchase quantities of the monopolized good. In our case, therefore, where an exclusion of all competitors for the monopolized good is rendered economically impossible for B1 by the economic situation, he will find himself in the position of being obliged to let B2 participate in the purchase of quantities of the monopolized good. He will even have a common interest with B2 in establishing the price of a unit of the monopolized good, in this case the price of a horse, at as low a level as possible under the existing circumstances. Far from driving the price of a horse to 70 bushels of grain or more, B1 as well as B2 will therefore have an interest in seeing that the price is fixed as much below 70 bushels of grain as is possible in the given economic situation. In these efforts, B1 and B2 will be limited by the competition of the other competitors, above all by that of B3. They will have to agree to a price at which the other competitors for the monopolized good (including B3) will be economically excluded from the transaction. Thus, in the case of three horses, the price will be formed between 60 and 70 bushels of grain. At a price fixed between these limits, B1 could acquire two horses and B2 could acquire one, in each case economically, while all other competitors would, at the same time, be excluded from acquiring quantities of the monopolized good. Price formation between these limits is the only possible result. If the price were less than 60 bushels, B3 would not be excluded from the transaction, and would therefore attempt to obtain for himself the gain that would result from the exploitation of the opportunity confronting him. But since B1 and B2 are economizing individuals, and since they are in a position to gain a considerable economic advantage at an even higher price, they will not allow this to happen. If the price were, on the other hand, to reach or to exceed the limit of 70 bushels of grain, B1 would be able to purchase only one horse and B2 none at all, and only one of the horses offered for sale would therefore actually be sold. In the case of three horses, therefore, price formation outside the limits of 60 and 70 bushels of grain is economically impossible. If Awere to bring 6 horses to market, we could show by similar reasoning that B1 would acquire 3 horses, that B2 would acquire 2 horses, that B3 would acquire one horse, and that the price of a horse would be formed between 50 and 60 bushels of grain. If Awere to bring 10 horses to market, B1 would acquire 4 horses, B2 3 horses, B3 2 horses, B4 one horse, and the price would be formed between 40 and 50 bushels of grain. If the monopolist Ashould offer still larger quantities of the monopolized good for sale, there is no doubt, on the one hand, that an ever smaller number of farmers would be economically excluded from purchasing quantities of the monopolized good, and on the other hand, that the price of a given quantity of the monopolized good would be pressed down to successively lower levels. By imagining the symbols B1, B2, etc., to stand, not for single individuals, but for groups of the population of a country (using B1 to designate the group of economizing individuals who are most eager and in the strongest competitive positions to exchange grain for the monopolized good, B2 to designate the group of economizing individuals who are next in eagerness and in competitive strength, and so on) we obtain a model of monopoly trade as it actually appears under the conditions of everyday life. We find classes of people of very different purchasing power competing for the quantities of monopolized goods reaching the market. As was demonstrated for single individuals, we find some of these classes economically excluding others from purchasing. We observe that the classes of people that must forgo the consumption of a monopolized good become more numerous the smaller the quantity of the good brought to market, and vice versa that a monopolized good penetrates to classes that are lower in purchasing power the larger the quantity marketed. With these changes, the prices of monopolized goods are seen to rise and fall. Summarizing what has been said, we obtain the following principles: (1) The quantity of a monopolized good offered for sale by a monopolist is acquired by those competitors for it to whom the largest quantities of the good offered in exchange for it are the equivalents of the units of the monopolized good. The monopolized good is distributed in such a way that the quantity of the good given in exchange that is the equivalent of one unit of the monopolized good is equal for each of the purchasers of portions of the monopolized good (50 bushels of grain equal to one horse, for example). (2) Price formation takes place between limits that are set by the equivalent of one unit of the monopolized good to the individual least eager and least able to compete who still participates in the exchange and the equivalent of one unit of the monopolized good to the individual most eager and best able to compete of the competitors who are economically excluded from the exchange. (3) The larger the quantity of the monopolized good offered for sale by the monopolist, the fewer will be the competitors for it who will be economically excluded from acquiring portions of it, and the more completely will those economizing individuals be provided with it who would have been in a position to acquire portions even if smaller quantities of it had been offered for sale. (4) The larger the quantity of a monopolized good offered for sale by the monopolists the lower in terms of purchasing power and eagerness to trade will he have to descend among the classes of competitors for the monopolized good in order to sell the whole quantity, and hence the lower also will be the price of one unit of the monopolized good. C. The influence of the price fixed by a monopolist on the quantity of a monopolized good that can be sold and on the distribution of the good among the competitors for it. As a rule, a monopolist does not bring given quantities of a monopolized good to market with the intention of selling the whole amount under all circumstances, and of awaiting the result of competition in the determination of the price, as at an auction. His usual procedure is rather to bring a quantity of his monopolized good to market or keep it ready for sale, and to ask a fixed per unit price for it. The reason for this is generally to be found in practical considerations, especially in the fact that the method of selling goods described in the preceding section requires both the simultaneous congregation of the largest possible number of the competitors for the monopolized good and the observance of numerous formalities if the price is to be determined by the joint influence of all the effective economic factors involved. These considerations appear to make employment of this method of marketing appropriate only in particular, and not too frequent, cases. Whenever the monopolist can count on congregating all or at least a sufficient number of competitors, and when the necessary formalities can be observed without disproportionate economic sacrifices (as in the case of an auction of a monopolized article in a well-known auction hall, announced some time in advance), he will of course use the method described in the previous section as the one most certain to enable him to dispose of the entire amount of the monopolized good at his command in the most economic manner. He will also choose an auction when he must sell out a substantial stock of a monopolized good completely within a limited period of time. But the ordinary procedure adopted by a monopolist in marketing his commodities will, as has been said, be one in which he has the available quantities of the monopolized good ready for sale but offers only partial quantities to the competitors for it at a price set by him. Where a monopolist sets the price of a unit of the monopolized good and lets the competing purchasers choose the quantities to meet their requirements for the good at the given price, and where the question of price formation is therefore excluded from the immediate problem from the first, the questions we must investigate are: (1) Which competitors will be economically excluded from acquiring quantities of the monopolized good at each given level of the price of a unit of it? (2) What will be the influence of the higher or lower level at which the price is set by the monopolist on the quantities of the monopolized good sold? and (3) In what manner will the quantity of the monopolized good actually sold be distributed among the various competitors for it? To begin with, it is evident that if the monopolist were to fix the price of a unit of the monopolized good at so high a level that a unit of it would not have a value equal to the price demanded by the monopolist even for the competitor who is most eager and best able to make the exchange, all the competitors for the monopolized good would be excluded from acquiring any portions of it, and no sales could take place at all. This would be the case, in the situation described in the table of page 204, if the monopolist Awere to fix the price of a horse at 100, or even at only slightly more than 80 bushels of grain, since it is clear that an economic exchange would be an impossibility at so high a price for any of the eight competitors for the monopolized good mentioned in our example. But suppose that the monopolist fixes the price of a horse at a lower level than that which would economically exclude all the competitors for the monopolized good from acquiring quantities of it. In their endeavor to improve their economic positions, they will doubtless grasp the proffered opportunity and actually enter into exchange transactions with the monopolist within the limits explained in the previous section. But it is clear that the level of the price will be an essential determinant of the scope of these transactions. If, for example, Awere to set the price of a horse at 75 bushels of grain, B1 could economically purchase one horse. If the price were fixed at 62 bushels of grain, B1 would purchase two horses and B2 one horse. If the price were 54 bushels of grain, B1 would purchase three, B2 two, and B3 one horse. At a price of 36 bushels of grain, B1 would buy five, B2 four, B3 three, B4 two, and B5 one horse, and so on. If our example is extended as before, and we imagine the symbols B1, B2, B3, etc., to represent groups of competitors who differ in purchasing power and in their desire to trade, we see most distinctly the influence exercised on the economy by prices fixed by a monopolist at different levels. The higher the price, the more numerous will be the individuals, or classes of individ- uals, who are excluded completely from consuming the monopolized good, the scantier will be the provisioning of the other classes of the population who are not completely excluded, and the smaller will be the quantities of the monopolized good that the monopolist can sell. With reductions in price, on the other hand, progressively fewer economizing individuals, or classes of individuals, will be excluded completely from acquiring any quantities of the monopolized good, the provisioning of individuals who were already participating in the trade at higher prices will be more complete, and the sales of the monopolist will progressively increase. What has just been said can be stated more precisely in terms of the following principles: (1) When a monopolist sets the price of a unit of a monopolized good, the competitors for the monopolized good who are excluded from acquiring quantities of it are those for whom one unit of the monopolized good is the equivalent of a quantity of the good offered in exchange that is equal to or less than the price of the monopolized good. (2) Competitors for quantities of a monopolized good for whom one unit of it is the equivalent of a quantity of the good offered in exchange that is larger than the price fixed by the monopolist will supply themselves with quantities of the monopolized good up to the limit at which one unit of it becomes for them the equivalent of an amount of the good offered in exchange that is equal to the monopoly price. The quantity of the monopolized good that will be acquired by each of these competitors at each price set by the monopolist is determined by the foundations for economic exchange operations existing for each individual at that price. (3) The higher a monopolist sets the price of a unit of a monopolized good, the larger will be the class of competitors for the monopolized good who are excluded from acquiring it, the less completely will the other classes of the population be provided with it, and the smaller will be the sales of the monopolist. Opposite relationships hold in the reverse case. D. The principles of monopoly trading (the policy of a monopolist). In the two previous sections, Ihave explained the influence of a larger or smaller quantity of a monopolized good offered for sale on the determination of its price, and the influence of a higher or lower price set by the monopolist on the quantity of a monopolized good that will be sold. In both cases Idiscussed the influence of the policy adopted on the distribution of the monopolized good among the various competitors for it. Throughout the analysis, we have seen that the monopolist is not the only person determining, or decisive in, the course of economic events. Not only does the general principle of all economic exchanges of goods, according to which both parties must derive an economic advantage from an exchange, maintain its validity unimpaired in the case of monopoly, but within the trading range delimited by this factor, the monopolist is not completely unrestricted in influencing the course of economic events. As we have seen, if the monopolist wishes to sell a particular quantity of the monopolized good, he cannot fix the price at will. And if he fixes the price, he cannot, at the same time, determine the quantity that will be sold at the price he has set. He cannot, therefore, sell large quantities of the monopolized good and at the same time cause the price to settle at as high a level as it would have reached if he had marketed smaller quantities. Nor can he set the price at a certain level and at the same time sell as large a quantity as he could sell at lower prices. But what does give him an exceptional position in economic life is the fact that he has, in any given instance, a choice between determining the quantity of a monopolized good to be traded or its price. He makes this choice by himself and without regard to other economizing individuals, considering only his economic advantage. It is thus in his power to regulate price by offering smaller or larger quantities of the monopolized good for sale, or to regulate the quantity of the monopolized good traded by raising or lowering the price, always in accordance with his economic interest. Amonopolist will therefore raise his price, within the limits between which exchange operations have economic character, if he anticipates a greater economic gain from selling small quantities of the monopolized good for a high price. He will lower his price if he finds it more to his advantage to market larger quantities of the monopolized good at a lower price. In the beginning, he will set the price as high as possible and thus market only small quantities of the monopolized good, later lowering the price step by step to increase sales and thereby exploiting all classes of the population in succession — if he can obtain the greatest economic gain by following this procedure. But he will market large quantities of the monopolized good at lower prices from the start if his economic advantage so dictates. Under some circumstances, he may even have occasion to abandon part of the quantity of the monopolized good at his disposal to destruction instead of bringing it to market, or, with the same result, to leave unused or to destroy part of the corresponding means of production at his command instead of employing them for the production of the monopolized good. He would adopt this policy if marketing the whole quantity of the monopolized good directly or indirectly available to him would oblige him to offer it to classes of the population who have so little purchasing power or desire for the good that, in spite of the larger quantities marketed, the resultant price would be so low that he would have a smaller profit than could be obtained by destroying a portion of the quantity of the monopolized good at his command and selling only the remainder, at a higher price, to classes of the population having greater purchasing power.4 It would be entirely erroneous to assume that the price of a monopolized good always, or even usually, rises or falls in an exactly inverse proportion to the quantities marketed by the monopolist, or that a similar proportionality exists between the price set by the monopolist and the quantity of the monopolized good that can be sold. If, for example, the monopolist brings 2,000 instead of 1,000 units of the monopolized good to market, the price of one unit will not necessarily fall from 6 florins, for example, to 3 florins. On the contrary, depending upon the economic situation, it may in one case fall only to 5 florins, for ex- ample, but in another to as little as 2 florins. Under some circumstances, therefore, the total receipts that the monopolist obtains from the sale of a larger quantity of the monopolized good may be exactly the same as the total receipts yielded by the sale of a smaller quantity. Under other circumstances, however, they may be greater or less. If the monopolist in our example were to sell 1,000 units of the monopolized good, his total receipts would be 6,000 florins. For 2,000 units he would not, however, necessarily receive 6,000 florins also, but perhaps as much as 10,000 or as little as 4,000 florins, according to the circumstances of the case. The reason for this lies ultimately in the fact that there are very great differences in the scales of equivalents for the various individuals with respect to different goods. Thus B, for example, may evaluate the first unit that he acquires of a certain good as the equivalent of to units of the good he gives in exchange, the second as the equivalent of 9 units, the third as the equivalent of 4 units, and the fourth as the equivalent of but one unit of the good given in exchange. With respect to another good, on the other hand, the above scale might appear as 8, 7, 6, 5, . . . . Suppose that the first good is grain and that the second is some article of luxury. It is clear that an increase beyond a certain point in the quantity marketed would cause a much more rapid fall (and that a decrease in the quantity marketed would cause a much more rapid rise) in the price of grain than in the price of the article of luxury. If it is assumed that all monopolists are economizing individuals aware of their advantage, then their policy is directed naturally neither to fixing the lowest possible price, nor to selling the largest possible quantity of a monopolized good. It is directed neither to making the monopolized good available to the largest possible number of economizing individuals, or groups of individuals, nor to providing each individual with the monopolized good to the fullest extent possible. The monopolist has no interest in all this. His economic policy is directed to making a maximum profit from the quantity of the monopolized good available to him. He does not, therefore, auction off the whole amount of the monopolized good at his disposal, but markets instead only such an amount as promises, at the expected price, to yield him the greatest profit. He does not fix the price at the precise level at which he can sell the whole quantity of the monopolized good at his command, but instead at the level most likely to yield the maximum profit. The correct economic policy from his point of view is obviously to offer only such quantities of the monopolized good for sale, or to set the price at such a level, as will yield the greatest profit in either case. From a monopolistic point of view, his policy would be incorrect if, in spite of the fact that he could make a higher profit by marketing a smaller quantity of the monopolized good, he were nevertheless to sell a larger quantity. His policy would be still more uneconomic if, instead of confining himself to the production of the quantity of the monopolized good whose sale promises him the highest profit, he were to increase this quantity, with an expenditure of economic goods and other sacrifices on his part, and nevertheless cause his eventual profit to be smaller. It would be incorrect if he were to set the price so low that, although he could sell larger quantities, he would obtain a smaller profit than if he had set the price higher. Above all, his policy would be incorrect if he were to set the price of the monopolized good so low that he could not fully supply all the purchasers competing for it to whom exchange would be economic at this price, and if some of them had to go without the good. Asituation of this sort would be a distinct proof that he had set the price too low. What has been said here is supported by experience and by history. The policies of all monopolists have, as their economic activities clearly demonstrate, been conducted in accordance with the above considerations. The Dutch East-India Company in the seventeenth century caused part of the spice plants in the Moluccas to be destroyed. Large stocks of spices have frequently been burned in the East Indies, and tobacco in North America. The guilds sought, by various means, to limit the number of artisans as much as possible (by long apprenticeship, by prohibition of more than a certain number of apprentices, etc.). All these measures were correct from a monopolistic standpoint, since the quantities of the several monopolized commodities reaching the market were regulated in a manner favorable to the monopolists, or to the corporations of monopolists. When freer trade, the emergence of factories, and other influences prevented the guilds from regulating independently the quantities of goods entering the market, the entire guild organization became ineffective so far as its monopolistic character was concerned. Monopolistic fines and similar measures directly influencing price formation at once gave way before the impact of the larger quantities of goods brought to market. Originally these fines were intended to subject single individuals (called price-cutters!) who failed to appreciate the interest of the whole guild or corporate body of monopolists to limitations profitable to the monopolistic group. When the power of the guilds to control the quantities of goods brought to market was wrested from them, their regulations could no longer be enforced. The most anxious concern of all members of a guild was always the regulation of the marketing of handicraft products so that only such quantities would be sold as corresponded to their interest. Those who interfered in this regulation were always regarded by the guilds as their most dangerous opponents, against whom they incessantly appealed to governments for protection. The breach in their regulatory activity that was made by the great quantities of manufactured products supplied by large-scale industry signified the fall of the guild system. Summarizing what has been said in this section, we find that, for each quantity of a good that a monopolist decides to sell. the price is determined independently of his will; that, at each price that he decides to set for a unit of the monopolized good, the quantity is determined independently; that the distribution of goods is governed, in either case, in accordance with exact laws; and that the entire course of economic events is throughout not fortuitous but capable of being reduced to definite principles. Even the fact that it is in the power of the monopolist to choose either his price or the quantity sold does not, as we have seen, imply any indeterminacy of the economic phenomena resulting from his decision. Although the monopolist has the power to set higher or lower prices, or to market larger or smaller quantities of the monopolized good, there is only one particular price and only one particular quantity of the mo- nopolized good brought to market that corresponds most exactly to his economic interest. If the monopolist is an economizing individual, therefore, he will not proceed in an arbitrary fashion in determining his price or the quantity of the monopolized good he will sell, but in accordance with definite principles. Each given economic situation sets definite limits within which price formation and the distribution of goods must take place, and any price and distribution of goods that is outside these limits is economically impossible. The phenomena of monopoly trade present us therefore with a picture of strict conformity, in every respect, to definite laws. Here too, of course, error and imperfect knowledge may give rise to aberrations, but these are the pathological phenomena of social economy and prove as little against the laws of economics as do the symptoms of a sick body against the laws of physiology. ### 3. Price Formation and the Distribution of Goods Under Bilateral Competition A. The origin of competition. We would interpret the concept of the monopolist too narrowly if we limited it to persons who are protected from the competition of other economizing individuals by the state or by some other organ of society. There are persons who, as a result of their property holdings, or due to special talents or circumstances, can market goods that it is physically or economically impossible for other economizing persons to supply competitively. And even where special circumstances of these types are not present, there is often no social barrier to the emergence of monopolists. Every artisan who establishes himself in a locality in which there is no other person of his particular occupation, and every merchant, physician, or attorney, who settles in a locality where no one previously exercised his trade or calling, is a monopolist in a certain sense, since the goods he offers to society in trade can, at least in numerous instances, be had only from him. The chronicles of many a flourishing town tell of the first weaver to settle there when the place was still small and poorly populated. Even today, a traveller can find this particu- lar kind of monopolist everywhere in Eastern Europe, and in the smaller villages even of Austria. Monopoly, interpreted as an actual condition and not as a social restriction on free competition, is therefore, as a rule, the earlier and more primitive phenomenon, and competition the phenomenon coming later in time. Anyone wishing to expound the phenomena prevailing under competition will therefore find it to his advantage to begin with the phenomena of monopoly trade. The manner in which competition develops from monopoly is closely connected with the economic progress of civilization. The increase of population, the increased needs of the various economizing individuals, and their growing wealth, drive the monopolist, in many instances even while increasing production, to exclude progressively larger classes of the population from consuming the monopolized good, and permit him at the same time to drive his prices higher and higher. Society thus becomes a progressively more favorable object for his monopolistic policy of exploitation. Afirst artisan of any particular kind, a first physician, or a first lawyer, is a welcome man in every locality. But if he encounters no competition and the locality flourishes, he will, almost without exception, after some time acquire the reputation of a hard and self-seeking man among the less wealthy classes of the population, and even among the wealthier inhabitants of the place he will be regarded as selfish. The monopolist cannot always comply with the growing requirements of society for his commodities (or labor services), and if he could comply, a corresponding increase of his sales is not always in his economic interest. In most cases, therefore, he will be driven to make a choice between his clients, and some of the competitors for his monopolized good will either get nothing or will be supplied with it only reluctantly and inadequately. Even his wealthier clients will often find cause to complain of negligence of all sorts and of the costliness of his services. The economic situation just described is usually such that the need for competition itself calls forth competition, provided there are no social or other barriers in the way. Our next task, then, will be to investigate the effects of the appearance of competition upon the distribution, sales, and price of a commodity in comparison with the analogous phenomena observed under monopoly. B. The effect of the quantities of a commodity supplied by competitors on price formation; the effect of given prices set by them on sales; and in both cases the effect on the distribution of the commodity among the competing buyers.5 To facilitate comprehension. Ishall utilize the case with which Iillustrated my explanation of the principles of monopoly trade as the basis of the present investigation. In the table on p. 204,6 B1, B2, B3, etc., represent individual farmers or groups of farmers. To each farmer a first newly acquired horse is the equivalent of the quantity of grain appearing in the first column, and each additional horse is the equivalent of a quantity of grain 10 bushels less. The question before us is: what will be the influence of larger or smaller quantities of a commodity offered for sale by several competing sellers on the price and on the distribution of the commodity among the competitors for it? To begin with, assume that there are two competitors in supply, A1 and A2, and that together they have 3 horses for sale, A1 having two horses and A2 one. From what was said earlier, it is clear that in this case farmer B1 will buy 2 horses and farmer B2 one horse. The price will be between 60 and 70 bushels of grain, a higher price being impossible because of the economic interest of the two farmers B1 and B2, and a lower price because of the competition of B3. If A1 and A2 have six horses for sale, it is no less certain that B1 will purchase three of them, B2 two, and B3 one, and that the price will be between 50 and 60 bushels of grain, etc.7 fairs, exchanges, and all points of concentration of trade in general, is due to the fact that as trading relationships become more complex the formation of economic prices becomes virtu- If we compare the price and the distribution of goods resulting from the sale of a given quantity of a commodity by several competing sellers with the situation observed under monopoly, we find a complete analogy. Whether a given quantity of a commodity is sold by a monopolist or by several competitors in supply, and independent of the way in which the commodity was originally distributed among the competing sellers, the effect on price formation and on the resultant distribution of the commodity among the competing buyers is exactly the same. Although the larger or smaller quantity of a good sold has a very decisive influence on its price and distribution under monopoly as well as competitive trade, the fact that a particular quantity of a commodity is supplied by a monopolist alone or by several competitors in supply has no influence on the phenomena of economic life just mentioned. We can observe a similar result where commodities are offered for sale at given prices. The higher or lower level of the price has, as we saw, a very important influence on the total sales of a commodity as well as on the quantity that each competing buyer will actually acquire. But whether the goods (at the fixed price) are brought to market by only one or by several economizing individuals has no direct and necessary influence either on the total sales or on the quantities that will be acquired by the various economizing individuals. The principles developed with respect to the influence of given quantities of a monopolized commodity offered for sale on its price (p. 203), with respect to the influence of given prices on the quantities sold (p. 207), and in both cases also with respect to its distribution among the various competitors attempting to buy it, are therefore fully applicable to all cases where a number of economizing individuals (competitors in demand) compete for ally impossible without these institutions. The speculation that develops on these markets has the effect of impeding uneconomic price formation from whatever causes it may arise, or of mitigating at least its harmful effects on the economy of men. (Prince-Smith, op. cit., pp. 143ff.; Otto Michaelis, “Die wirthschaftliche Rolle des Spekulationshandels,” Vierteljahrschrift für Volkswirthschaft und Kulturgeschichte, II, [1864] part IV, 130ff., III [1865] part II, 77ff.; Karl Scholz, “Der Wochenmarkt,” ibid., V [1867] part I, 25ff.; A. Emminghaus, “Markte und Messen,” ibid., 61ff.) quantities of a commodity offered for sale by several other economizing individuals (competitors in supply). C. The effect of competition in the supply of a good on the quantity sold and on the price at which it is offered (the policies of competitors). Ihave just explained that, for each particular quantity of a good offered for sale, a definite price is established, that at any set price there is a definite amount of sales, that in both cases there is also a definite distribution of the goods sold, and that it is irrelevant in these respects whether the quantity involved is marketed by a monopolist or by several competitors in supply. Other things being equal, the price and distribution of a good will be the same whether 1,000 units of it, for example, are offered for sale by a monopolist or by several competitors in supply. Whether a commodity is offered for sale by a monopolist or by several competitors at a given price — at 3 units of some other commodity for one unit of the commodity being offered for sale, for example — the total sales and the distribution of the quantity sold among the various competing buyers will be exactly the same. If, therefore, competition in supply is to exercise any effect at all on price formation, total sales, and the distribution of a good among its competing purchasers, either different quantities of the good must be offered for sale or the competing sellers must find themselves obliged to set different prices under the regime of competition in supply than under monopoly. The influence of competition in the supply of a commodity on the quantities offered for sale, on its distribution, and on the prices at which it is offered, is the topic with which we shall be occupied in what follows. To set the economic phenomena involved clearly before us, let us consider the simple case in which the quantity of a monopolized good available to a monopolist suddenly comes into the hands of two competitors. Amonopolist has died, and has left his holdings of the monopolized good and means of production to two heirs in equal shares. This is an instance of the simple case just posited. It is not impossible that the two heirs of the monopolist will, instead of competing with each other, operate as associates in a single firm and carry on the monopoly policy (described above) of their testator. Or they may enter into a mutual understanding to exploit the consumers, and together regulate the quantities of the good they offer for sale or the prices they set. It is even conceivable that they may, without an express understanding but “in their mutual wellunderstood interest,” pursue this same monopoly policy toward their customers if they find it in their own economic interest. In each of these cases, which can be observed everywhere in the economic development of men,8 we would undoubtedly encounter the same phenomena that we observed earlier with monopoly trade. For the two economizing individuals would then not be competitors in supply but monopolists, and so not within the present field of discussion. But if we suppose each of the two heirs to be determined to pursue the sale of the previously monopolized good independently, we have a case of real competition before us, and the questions to be considered are: what quantities of the previously monopolized good will now, in contrast to the previous situation, be offered for sale, and what supply prices will be set by the two competitors? In the previous section, we saw that it is frequently in the economic interest of the monopolist to abstain from marketing portions of the whole quantity of the monopolized good available to him, and to destroy them or let them spoil, since he can often obtain a larger profit from a smaller quantity of his goods than he would if he were to sell the entire available quantity at lower prices. Assume that a monopolist has 1,000 pounds of position against the entry of a competitor in the most belligerent manner. But it is just as common to find him coming to an understanding with a competitor once the competitor has established himself. The monopolist’s first interest is to prevent a competitor from becoming established. But if a competitor has nevertheless succeeded in firmly entrenching himself, his economic interest consists in pursuing a modified monopoly policy in combination with this second firm whenever a monopoly policy proves to be possible even after the establishment of a competitor. Sharp competition is usually disadvantageous to both economizing individuals in cases of this kind. Hence two competitors, initially so hostile to each other, generally come to a quick understanding a monopolized commodity and that he can, in the given economic situation, either sell 800 pounds at 9 ounces of silver per pound or dispose of the whole available quantity at 6 ounces of silver per pound. It is thus in his power to take 6,000 ounces of silver for the entire quantity of the monopolized commodity at his command, or to take 7,200 ounces of silver for 800 pounds of it. If the monopolist is an economizing individual pursuing his self-interest, the choice he will make is not subject to doubt. He will destroy 200 pounds of his monopolized commodity, permit them to spoil, or otherwise withdraw them from trade, and will offer only the remaining 800 pounds for sale — or, which amounts to the same thing, he will set his price at such a level that the same result will obtain. But if the 1,000 pounds of the previously monopolized commodity are divided between two competitors, this policy immediately becomes economically impossible for each of them. If one of the two were to destroy part of the quantity available to him, or if he were to withdraw it from trade in some other way, he would of course elicit a definite increase in the price of a unit of his commodity. But never, or only in very rare instances, would he able to obtain a greater profit by so doing. If A1, for instance, the first of the two competitors, were to destroy 200 of the 500 pounds of the previously monopolized commodity at his command or otherwise withdraw them from trade, he would doubtless cause the price of the good to rise — from 6 to 9 ounces of silver per pound, for example. But he would not cause a greater total profit to accrue to himself. The consequence of his action would be that A2 would obtain 4,500 instead of 3,000 ounces of silver, while he himself would obtain only 2,700 ounces of silver (instead of 3,000) in exchange for the other 300 units sold. The intended gain would accrue solely to his competitor, and he himself would suffer a substantial loss. The first effect, therefore, of the appearance of competition in supply is that none of the competitors selling a commodity can derive an economic advantage from destroying or withdrawing from exchange a part of the available quantity of the commodity — or, which amounts to the same thing, from leaving the means of production available for its production unused. Asecond phenomenon of economic life that is peculiar to monopoly is also removed by competition. Irefer to the successive exploitation of the various social classes that was mentioned in the previous section. We saw that it can often be to the advantage of a monopolist to market only small quantities of the monopolized good in the beginning at high prices and to sell to classes of people of successively lower purchasing power only by degrees, in order to exploit all classes of people in a stepwise fashion. This procedure is immediately rendered impossible by competition. If A1 were to attempt a stepwise exploitation of the social classes of this sort in spite of the competition of A2, and market only small initial quantities of the good, he would probably not be able to raise the price sufficiently to elicit a gain for himself, but would instead only permit his competitor to fill the gaps created by his action and to capture the intended economic gain. Whatever else may be the effect of true competition on the distribution of goods and on price formation, therefore, it is certain at any rate that two of the socially most injurious out-growths of monopoly described earlier are removed by competition. Neither the destruction of part of the available quantity of a commodity subject to competition in supply, nor the destruction of a part of the factors serving for its production, is in the interest of separate competitors, and the successive exploitation of the various social classes becomes impossible. But competition has still another, much more important, consequence for the economic life of men. Irefer to the increase of the quantities of a previously monopolized commodity that become available to economizing men. Monopoly usually causes only part of the quantity of the goods at the command of the monopolist to be offered for sale, or only a pan of the available means of production to be put to use. True competition always puts this malpractice to an end immediately. But competition usually has the further effect of increasing the available quantity of a previously monopolized commodity. It is a very rare occurrence, at any rate, for the means of production collectively at the command of two or more competing sellers to be as narrowly limited as those at the command of a monopolist. In the great majority of cases, therefore, several competitors will market a greater quantity of a commodity than a monopo- list. Thus the existence of true competition not only causes the entire quantity of a commodity actually available to be offered for sale, but also has the further and much more important result of increasing significantly the quantity that becomes available, When there is no natural limitation to the means of production, this means that more and more classes of society are able to consume the commodity at falling prices, and that the provisioning of society in general becomes ever more complete.9 In the preceding section, Igave the reasons why a monopolist generally does not bring certain fixed quantities of his commodity to market and await the determination of the price as at an auction, but instead sets a definite price for his commodity and awaits its effect on sales. Asimilar thing occurs when there are several competitors selling a commodity. In this case too, each of them offers his commodity at a set price, which he computes so as to yield him the largest possible proceeds. What distinguishes his behavior from that of a monopolist is that the latter will often, as we have seen, find it to his interest to fix his price so high that only a part of the quantity available to him reaches the consumers, while competition forces every competitor to fix his price with regard to the entire quantity in his own and in his competitors’ hands. Barring error and ignorance on the part of the economizing individuals involved, prices are therefore formed under the impact of the entire quantity at the disposal of all the competing suppliers. To this must be added the fact that competition generally considerably increases the available quantity of commodities, as we have seen. These are the factors that are responsible for the reductions in prices that are a consequence of competition. Even the direction of the economic activity of the economizing persons engaged in the production of a good is powerfully affected by the existence of competition. Amonopolist naturally endeavors to place the monopolized good only within the reach of the higher social classes and to exclude all classes of society of lower purchasing power from consuming it. As a rule, it is much more advantageous for him, and always more convenient, to obtain large profits on small quantities than small profits on larger quantities. But competition, which concerns itself with the exploitation of even the smallest economic gain wherever possible, tends to descend with its goods to the lowest social classes that the economic situation at any time permits. The monopolist has the power to regulate, within certain limits, either the price or the quantity of a monopolized good coming upon the market. He readily renounces the small profit that can be made on goods destined to be consumed by the poorest social classes in order to be able to exploit the classes of greater purchasing power more effectively. But under competition, where no single competitor has the power to regulate by himself either the price or the quantity of a good traded, each individual competitor desires even the smallest profit, and the exploitation of existing possibilities of making such profits is no longer neglected. Competition leads therefore to largescale production with its tendency to make many small profits and with its high degree of economy, since the smaller the profit on each unit the more dangerous becomes every uneconomic waste, and the brisker the competition the less possible becomes an unthinking continuation of business according to old-established methods. --- # Principles of Economics, Chapter II: Economy and Economic Goods URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-ii/ Author: Carl Menger Year: 1871 Book: Principles of Economics ECONOMY AND ECONOMIC GOODS Needs arise from our drives and the drives are imbedded in our nature. An imperfect satisfaction of needs leads to the stunting of our nature. Failure to satisfy them brings about our destruction. But to satisfy our needs is to live and prosper. Thus the attempt to provide for the satisfaction of our needs is synonymous with the attempt to provide for our lives and well-being. It is the most important of all human endeavors, since it is the prerequisite and foundation of all others. In practice, the concern of men for the satisfaction of their needs is expressed as an attempt to attain command of all the things on which the satisfaction of their needs depends. If a person has command of all the consumption goods necessary to satisfy his needs, their actual satisfaction depends only on his will. We may thus consider his objective as having been attained when he is in possession of these goods, since his life and wellbeing are then in his own hands. The quantities of consumption goods a person must have to satisfy his needs may be termed his requirements.1 The concern of men for the maintenance of their lives and well-being becomes, therefore, an attempt to provide themselves with their requirements. But if men were concerned about providing themselves with their requirements for goods only when they experienced an immediate need of them, the satisfaction of their needs, and hence their lives and well-being, would be very inadequately assured. If we suppose the inhabitants of a country to be entirely without stocks of foodstuffs and clothing at the beginning of winter, there can be no doubt that the majority of them would be unable to save themselves from destruction, even by the most desperate efforts directed to the satisfaction of their needs. But the further civilization advances, and the more men come to depend upon procuring the goods necessary for the satisfaction of their needs by a long process of production (pp. 67 ff.), the more compelling becomes the necessity of arranging in advance for the satisfaction of their needs — that is, of providing their requirements for future time periods. Even an Australian savage does not postpone hunting until he actually experiences hunger. Nor does he postpone building his shelter until inclement weather has begun and he is already exposed to its harmful effects.2 But men in civilized societies alone among economizing individuals plan for the satisfaction of their needs, not for a short period only, but for much longer periods of time. Civilized men strive to ensure the satisfaction of their needs for many years to come. Indeed, they not only plan for their entire lives, but as a rule, extend their plans still 1“Bedarf.” The reader is first referred to Menger’s own note on this term (note 3 of this Chapter). Since Menger uses the term Bedarf in both of the senses mentioned in his note, and since he uses the term “Nachfrage” (demand) at several points, even if infrequently, we feel it best to translate “Bedarf” as “requirements” lack food and a warm abode in winter. further in their concern that even their descendants shall not lack means for the satisfaction of their needs. Wherever we turn among civilized peoples we find a system of large-scale advance provision for the satisfaction of human needs. When we are still wearing our heavy clothes for protection against the cold of winter, not only are ready-made spring clothes already on the way to retail stores, but in factories light cloths are being woven which we will wear next summer, while yarns are being spun for the heavy clothing we will use the following winter. When we fall ill we need the services of a physician. In legal disputes we require the advice of a lawyer. But it would be much too late, for a person in either contingency to meet his need, if he should only then attempt to acquire the medical or legal knowledge and skills himself, or attempt to arrange the special training of other persons for his service, even though he might possess the necessary means. In civilized countries, the needs of society for these and similar services are provided for in good time, since experienced and proven men, having prepared themselves for their professions many years ago, and having since collected rich experiences from their practices, place their services at the disposal of society. And while we enjoy the fruits of the foresight of past times in this way, many men are being trained in our universities to meet the needs of society for similar services in the future. The concern of men for the satisfaction of theirs needs thus becomes an attempt to provide in advance for meeting their requirements in the future, and we shall therefore call a person’s requirements those quantities of goods that are necessary to satisfy his needs within the time period covered by his plans.3 guage. It is used on the one hand to designate the quantities of goods that are necessary to satisfy a person’s needs completely, and on the other to designate the quantities that a person intends to consume. In the latter meaning, a man receiving a rent of 20,000 Thalers and accustomed to using it all for consumption has very great requirements, whereas a rural laborer whose income amounts to 100 Thalers has very small requirements, and a beggar in the depths of extreme poverty no requirements whatsoever. In the former meaning, the requirements of men also differ greatly due to differences in their education and habits. But even a person devoid of all means has require- There are two kinds of knowledge that men must possess as a prerequisite for any successful attempt to provide in advance for the satisfaction of their needs. They must become clear: (a) about their requirements — that is, about the quantities of goods they will need to satisfy their needs during the time period over which their plans extend, and (b) about the quantities of goods at their disposal for the purpose of meeting these requirements. All provident activity directed to the satisfaction of human needs is based on knowledge of these two classes of quantities. Lacking knowledge of the first, the activity of men would be conducted blindly, for they would be ignorant of their objective. Lacking knowledge of the second, their activity would be planless, for they would have no conception of the available means. In what follows, it will first be shown how men arrive at a knowledge of their requirements for future time periods; it will then be shown how they estimate the quantities of goods that will be at their disposal during these time periods; and finally a description will be given of the activity by which men endeavor to direct the quantities of goods (consumption goods and means of production) at their disposal to the most effective satisfaction of their needs. ### 1. Human Requirements A. Requirements for goods of first order (consumption goods). Human beings experience directly and immediately only needs for goods of first order — that is, for goods that can be used directly for the satisfaction of their needs (p. 56). If no requirements for these goods existed, none for goods of higher order could arise. Requirements for goods of higher order are thus dependent upon requirements for goods of first order, and an investigation of the latter constitutes the necessary foundation ments equal to the quantities of goods that would be necessary to satisfy his needs. Merchants and industrialists generally employ the term “requirements” in the narrower sense of the word, and often mean by it the “expected demand” for a good. In this sense also, one says that there are requirements for a commodity “at a given price” but not at another price, etc. for the investigation of human requirements in general. We shall first, accordingly, be occupied with human requirements for goods of first order, and then with an exposition of the principles according to which human requirements for goods of higher order are regulated. The quantity of a good of first order necessary to satisfy a concrete human need4 (and hence also the quantity necessary to satisfy all the needs for a good of first order arising in a certain period of time) is determined directly by the need itself (by the needs themselves) and bears a direct quantitative relationship to it (them). If, therefore, men were always correctly and completely informed, as a result of previous experience, about the concrete needs they will have, and about the intensity with which these needs will be experienced during the time period for which they plan, they could never be in doubt about the quantities of goods necessary for the satisfaction of their needs — that is, about the magnitude of their requirements for goods of first order. But experience tells us that we are often more or less in doubt whether certain needs will be felt in the future at all. We are aware, of course, that we will need food, drink, clothing, shelter, etc., during a given time period. But the same certainty does not exist with respect to many other goods, such as medical services, medicines, etc., since whether we shall experience a need for these goods or not often depends upon influences that we cannot foresee with certainty. Even with needs that we know in advance will be experienced in the time period for which we plan, we may be uncertain about the quantities involved. We are well aware that these needs will make themselves felt, but we do not know before- Menger uses the term to refer to a need (or rather a portion of a need) that is satisfied by consumption of a single unit of a good. When an individual consumes successive units of a good, Menger pictures him as satisfying successive “concrete needs” of diminishing psychological importance. At some points he adopts a different terminology, and speaks of the consumption of successive units of a commodity as successive “acts of satisfaction.” See also note 3 of Chapter III and hand in exactly what degree — that is, we do not know the exact quantities of goods that will be necessary for their satisfaction. But these are the very quantities here in question. In the case of needs about which there is uncertainty as to whether they will arise at all in the time periods for which men make their plans, experience teaches us that, in spite of their deficient foresight, men by no means fail to provide for their eventual satisfaction. Even healthy persons living in the country are, to the extent permitted by their means, in possession of a medicine chest, or at least of a few drugs for unforeseen emergencies. Careful householders have fire extinguishers to preserve their property in case of fire, weapons to protect it if necessary, probably also fireand burglar-proof safes, and many similar goods. Indeed, even among the goods of the poorest people Ibelieve that some goods will be found that are expected to be utilized only in unforeseen contingencies. The circumstance that it is uncertain whether a need for a good will be felt during the period of our plans does not, therefore, exclude the possibility that we will provide for its eventual satisfaction, and hence does not cause the reality of our requirements for goods necessary to satisfy such needs to be in question. On the contrary, men provide in advance, and as far as their means permit, for the eventual satisfaction of these needs also, and include the goods necessary for their satisfaction in their calculations whenever they determine their requirements as a whole.5 But what has been said here of needs whose appearance is altogether uncertain is fully as true where there is no doubt that a need for a good will arise but only uncertainty as to the intensity with which it will be felt, since in this case also men correctly consider their requirements to be fully met when they are able to have at their disposal quantities of goods sufficient for all anticipated eventualities. Afurther point that must be taken into consideration here is the capacity of human needs to grow. If human needs are capable of growth and, as is sometimes maintained, capable of infinite growth, it could appear as if this growth would extend Mélanges d’economie politique, Paris, 1847, p. 248. the limits of the quantities of goods necessary for the satisfaction of human needs continually, indeed even to complete infinitely, and that therefore any advance provision by men with respect to their requirements would be made utterly impossible. On this subject of the capacity of human needs for infinite growth, it appears to me, first of all, that the concept of infinity is applicable only to unlimited progress in the development of human needs, but not to the quantities of goods necessary for the satisfaction of these needs during a given period of time. Although it is granted that the series is infinite, each individual element of the series is neverthe1ess finite. Even if human needs can be considered unlimited in their development into the most distant periods of the future, they are nevertheless capable of quantitative determination for all given, and especially for all economically significant, time periods. Thus, even under the assumption of uninterrupted progress in the development of human needs, we have to deal with finite and never with infinite, and thus completely indeterminate, magnitudes if we concern ourselves only with definite time periods. If we observe people in provident activity directed to the satisfaction of their future needs, we can easily see that they are far from letting the capacity of their needs to grow escape their attention. On the contrary, they are most diligently concerned to take account of it. Aperson expecting an increase in his family or a higher social position will pay due attention to his increased future needs in the construction and furnishing of dwellings and in the purchase of carriages and similar durable goods. As a rule, and as far as his means will permit, he will attempt to take account of the higher claims of the future, not in a single connection only, but with respect to his holdings of goods as a whole. We can observe an analogous phenomenon in the activities of municipal governments. We see municipalities constructing waterworks, public buildings (schools, hospitals, etc.), parks, streets, and so on, with attention not only to the needs of the present, but with due consideration to the increased needs of the future. Naturally this tendency to give attention to future needs is even more distinctly evident in the activities of national governments. To summarize what has been said, it appears that human re- quirements for consumption goods are magnitudes whose quantitative determination with respect to future time periods poses no fundamental difficulties. They are magnitudes about which, in activities directed to the satisfaction of their needs, men actually endeavor to attain clarity within feasible limits and insofar as a practical necessity compels them — that is, their attempts to determine these magnitudes are limited, on the one hand, to those time periods for which, at any time, they plan to make provision and, on the other hand, to a degree of exactness that is sufficient for the practical success of their activity. B. Requirements for goods of higher order (means of production). If our requirements for goods of first order for a coming time period are already directly met by existing quantities of these goods, there can be no question of a further provision for these same requirements by means of goods of higher order. But if these requirements are not met, or are not completely met, by existing goods of first order (that is, if they are not met directly), requirements for goods of higher order for the time period in question do arise. These requirements are the quantities of goods of higher order that are necessary, in the existing state of technology of the relevant branches of production, for supplying our full requirements for goods of first order. The simple relationship just presented with respect to our requirements for the means of production is to be observed, however, as we shall see in what follows, only in rare cases. An important modification of this principle arises from the causal interrelationships between goods. It was demonstrated earlier (pp. 58 ff.) that it is impossible for men to employ any one good of higher order for the production of corresponding goods of lower order unless they are able, at the same time, to have the complementary goods at their disposal. Now what was said earlier of goods in general becomes more sharply precise here when we take into account the available quantities of goods. It was shown earlier that we can change goods of higher order into goods of lower order, and thus use them for the satisfaction of human needs, only if we have the complementary goods simultaneously at our disposal. This principle can now be restated in the following terms: We can bring quantities of goods of higher order to the production of given quantities of goods of lower order, and thus finally to the meeting of our requirements, only if we are in the position of having the complementary quantities of the other goods of higher order simultaneously at our disposal. Thus, for instance, even the largest quantity of land cannot be employed for the production of a quantity of grain, however small, unless we have at our disposal the (complementary) quantities of seed, labor services, etc., that are necessary for the production of this small quantity of grain. Hence requirements for a single good of higher order are never encountered. On the contrary, we often observe that, whenever the requirements for a good of lower order are not at all or are only incompletely met, requirements for each of the corresponding goods of higher order are experienced only jointly with quantitatively corresponding requirements for the other complementary goods of higher order. Suppose, for example, that with still unfilled requirements for 10,000 pairs of shoes for a given time period, we can command the quantities of tools, labor services, etc., necessary for the production of this quantity of shoes but only enough leather for the production of 5,000 pairs. Or else suppose that we are in a position to command all the other goods of higher order necessary for the production of 10,000 pairs of shoes but only enough labor services for the production of 5,000 pairs. In both instances, there can be no doubt that our full requirements, with respect to the given time period, would extend to such quantities of the various goods of higher order necessary for the production of shoes as would suffice for the production of 10,000 pairs. Our effective requirements, however, with respect to the other complementary goods, would, in each case, extend to such quantities only as are needed for the production of 5,000 pairs. The remaining requirements would be latent, and would only become effective if the other, lacking, complementary quantities should also become available. From what has been said, we derive the principle that, with respect to given future time periods, our effective requirements for particular goods of higher order are dependent upon the availability of complementary quantities of the corresponding goods of higher order. When cotton imports to Europe declined considerably because of the American Civil War, requirements for cotton piece goods remained evidently quite unaffected since that war could not change the needs for these goods significantly. To the extent to which there were future requirements for cotton piece goods that were not already met by finished manufactured products, there were also, as a result, requirements for the corresponding quantities of goods of higher order necessary for the production of cotton cloth. Hence these requirements also could not, on the whole, be altered significantly in any way by the civil war. But since the available quantity of one of the necessary goods of higher order, namely raw cotton, declined considerably, the natural consequence was that a part of the previous requirements for goods complementary to raw cotton with respect to the production of cotton cloth (labor services, machines, etc.) became latent, and the effective requirements for them diminished to such quantities as were necessary for processing the available quantities of raw cotton. As soon, however, as imports of raw cotton revived again, the effective requirements for these goods also experienced an increase — to the exact extent, of course, that the latent requirements diminished. Immigrants, bringing with them viewpoints acquired in highly developed mother countries, often fall into the error of striving from the outset for an extended landed property to the neglect of more important considerations, and even without regard to whether the corresponding quantities of the other goods, complementary to the land, are available in their settlements. Yet nothing is more certain than that they can progress in using the land for the satisfaction of their needs only to the extent that they are able to acquire the corresponding complementary quantities of seed grain, cattle, agricultural instruments, etc. Their course of action betrays an ignorance of the above principle, which makes itself so inexorably felt that men must either submit to its validity or bear the injurious consequences of its neglect. The further civilization progresses with a highly developed division of labor, the more accustomed do people in various lines become to producing quantities of goods of higher order under the implicit and as a rule correct assumption that other persons will produce the corresponding quantities of the complementary goods. Manufacturers of opera glasses very seldom produce the glass lenses, the ivory or tortoise-shell cases, and the bronze parts, used in assembling the opera glasses. On the contrary, it is known that the producers of these glasses generally obtain the separate parts from specialized manufacturers or artisans and only assemble these parts, adding perhaps a few finishing touches. The glass-cutter who makes the lenses, the fancy-goods worker who makes the ivory or tortoise-shell cases, and the bronze-worker who makes the bronze castings, all operate under the implicit assumption that requirements for their products do exist. And yet nothing is more certain than that the effective requirements for the products of each one of them are dependent upon the production of the complementary quantities in such a fashion that, if the production of glass lenses were to suffer an interruption, the effective requirements for the other goods of higher order necessary for the production of telescopes, operaglasses, and similar goods, would become latent. At this point, economic disturbances would appear that laymen usually consider completely abnormal, but which are, in reality, entirely in accordance with economic laws. C. The time limits within which human needs are felt. In our present investigation, the only topic still remaining to be taken into consideration is the problem of time, and we must demonstrate for what time periods men actually plan their requirements. On this question, it is clear, in the first place, that our requirements for goods of first order appear to be met, with reference to a given future time period, if, within this time period, we will be in the position of having directly at our disposal the quantities of goods of first order that we require. It is different if we must meet our requirements for goods of first or, in general, of lower order indirectly (that is, by means of quantities of the corresponding goods of higher order), because of the lapse of time that is inevitable in any production process. Let us designate as Period Ithe time period that begins now and extends to the point in time when a good of first order can be produced from the corresponding goods of second order now at our disposal. Let us call Period II the time period following Period Iand extending to the point in time when a good of first order can be produced from the goods of third order now available to us. And similarly, let us designate the following time periods III, IV, and so on. Asequence of time periods is thus defined for each particular kind of good. For each of these time periods we have immediate and direct requirements for the good of first order, and these requirements are actually met since, during these time periods, we come to have direct command of the necessary quantities of the good of first order. Suppose, however, that we should try to meet our requirements for a good of first order during Period II by means of goods of fourth order. It is clear that this would be physically impossible, and that an actual provision of our requirements for the good of first order within the posited time period could result only from the use of goods of first or second order. The same observation can be made not only with respect to our requirements for goods of first order, but with respect to our requirements for all goods of lower order in relation to the available goods of higher order. We cannot, for example, provide our requirements for goods of third order during Period Vby obtaining command, during that time period, of the corresponding quantities of goods of sixth order. On the contrary, it is clear that for this purpose we would already have had to obtain command of the latter goods during Period II.6 If the requirements of a people for grain for the current year were not directly covered in late autumn by the then existing stocks of grain, it would be much too late to attempt to employ the available land, agricultural implements, labor services, etc., for that purpose. But autumn would be the proper time to provide for the grain requirements of the following year by utilizing the above-mentioned goods of higher order. Similarly, to meet our requirements for the labor services of competent teachers a decade from now, we must already, at the present time, educate capable persons for this purpose. Human requirements for goods of higher order, like those for goods of lower order, are not only magnitudes that are quantitatively determined in strict accordance with definite laws, and that can be estimated beforehand by men where a practical necessity exists, but they are magnitudes also which, within certain time limits, men do calculate with an exactness sufficient for their practical affairs. Moreover, the record of the past demonstrates that, on the basis of previous experience as to their needs and as to the processes of production, men continually improve their ability to estimate more exactly the quantities of the various goods that will be needed to satisfy their needs, as well as the particular time periods within which these requirements for the various goods will arise. ### 2. The Available Quantities If it is generally correct that clarity about the objective of their endeavors is an essential factor in the success of every activity of men, it is also certain that knowledge of requirements for goods in future time periods is the first prerequisite for the planning of all human activity directed to the satisfaction of needs. Whatever may be the external conditions, therefore, under which this activity of men develops, its success will be dependent principally upon correct foresight of the quantities of goods they will find necessary in future time periods — that is, upon correct advance formulation of their requirements. It is clear also that a complete lack of foresight would make any planning of activity directed to the satisfaction of human needs completely impossible. The second factor that determines the success of human activity is the knowledge gained by men of the means available to them for the attainment of the desired ends. Wherever, therefore, men may be observed in activities directed to the satisfaction of their needs, they are seen to be seriously concerned to obtain as exact a knowledge as possible of the quantities of goods available to them for this purpose. How they proceed to do so is the subject that will occupy us in this section. The quantities of goods available, at any time, to the various members of a society are set by existing circumstances, and in determining these quantities the only problems they have are to measure and take inventory of the goods at their disposal. The ideal result of these two varieties of provident human activity is the complete enumeration of the goods available to them at a given point in time, their classification into perfectly homogeneous categories, and the exact determination of the number of items in each category. In practical life, however, far from pursuing this ideal, men customarily do not even attempt to obtain results as fully exact as is possible in the existing state of the arts of measuring and taking inventory, but are satisfied with just the degree of exactness that is necessary for practical purposes. Yet it is significant evidence of the great practical importance that exact knowledge of the existing quantities of goods available to them has for many people that we find a quite exceptional degree of exactness of this knowledge among merchants, industrialists, and such persons generally as have developed a high degree of provident activity. But even at the lowest levels of civilization we encounter a certain amount of knowledge of the available quantities of goods, since it is evident that a complete lack of this knowledge would make impossible any provident activity of men directed to the satisfaction of their needs. To the degree to which men engage in planning activity directed to the satisfaction of their needs, they endeavor to attain clarity as to the quantities of goods available to them at any time. Wherever a considerable trade in goods already exists, therefore, we will find men attempting to form a judgment about the quantities of goods currently available to the other members of the society with whom they maintain trading connections. As long as men have no considerable trade with one another, each man obviously has but a small interest in knowing what quantities of goods are in the hands of other persons. As soon, however, as an extensive trade develops, chiefly as a result of division of labor, and men find themselves dependent in large part upon exchange in meeting their requirements, they naturally acquire a very obvious interest in being informed not only about all the goods in their own possession but also about the goods of all the other persons with whom they maintain trading relations, since part of the possessions of these other persons is then accessible to them, if not directly, yet indirectly (by way of trade). As soon as a society reaches a certain level of civilization, the growing division of labor causes the development of a special professional class which operates as an intermediary in exchanges and performs for the other members of society not only the mechanical part of trading operations (shipping, distribution, the storing of goods, etc.), but also the task of keeping records of the available quantities. Thus we observe that a specific class of people has a special professional interest in compiling data about the quantities of goods, so-called stocks in the widest sense of the word, currently at the disposal of the various peoples and nations whose trade they mediate. The data they compile cover trading regions that are smaller or larger (single counties, provinces, or even entire countries or continents) according to the position the intermediaries in question occupy in commercial life. They have, moreover, an interest in many other general kinds of information, but we will have occasion to discuss this at a later point. The keeping of such statistical records, insofar as they relate to the quantities of goods currently at the disposal of sizeable groups of individuals, or even at the disposal of whole nations or groups of nations, meets, however, with not inconsiderable difficulties, since the exact determination of these stocks can be made only by means of a census. The procedure of a census presupposes a complicated apparatus of public officials, covering an entire trading area and equipped with the necessary powers. Such an apparatus can be supplied only by national governments, and by these only within their own territories. Moreover, a census fails to be efficient even within these limits, as is known to every expert, when it deals with goods whose available quantities are not easily accessible to official enumeration. Censuses, too, can be undertaken conveniently only from time to time. Indeed, it is ordinarily possible to undertake them only at considerable intervals of time. Hence the data obtained at a certain point in time for all goods whose available quantities are subject to severe fluctuations will not infrequently already have lost practical value, even though the figures may lay claim to reliability. Government activity directed to the determination of the quantities of goods available at any time to a given people or nation is, therefore, naturally confined: (1) to goods whose quantities are subject only to slight changes, as is the case with land, buildings, domestic animals, transportation facilities, etc., since a census of such items, taken at a particular point in time, maintains its validity for later points in time as well, and (2) to goods whose available quantities are subject to such a degree of public control that the correctness of the figures obtained is thereby guaranteed, at least in some degree. With the signal interest that the business world, under the circumstances just described, has in as exact a knowledge as possible of the quantities of goods available in certain trading areas, it is understandable that it is not satisfied with the incomplete results of this activity of governments, performed, as it is for the most part, with little commercial understanding and always covering only particular countries or parts of countries rather than entire trading areas. On the contrary, the business world itself attempts to provide independently, and not infrequently at considerable financial sacrifice, as inclusive and as exact information as is possible of the quantities in question. This need has produced many organs serving the special interests of the business world, whose task consists, in considerable part, of informing the members of each branch of production about the current state of stocks in the various trading areas.7 Among these organs are the correspondents who are maintained by large business houses at the major markets for each of their commodities. One of the chief duties of these correspondents is to keep their employers continuously informed about the condition of commodity stocks. For every important commodity there is also a considerable number of periodically published business reports that serve the same purpose. Anyone who carefully follows the grain reports of Bell in London or Meyer in Berlin, the sugar reports of Licht in Magdeburg, the cotton reports of Ellison and Haywood in Liverpool, etc., will find reliable information in them about the current state of commodity stocks (and many other data of importance to the business world, which Iwill discuss later) based on investigations of various kinds and on ingenious calculation where investigation is not feasible. These estimates of commodity stocks have a very definite influence, as we shall see, on economic phenomena, notably price formation. The cotton reports of Ellison and Haywood, for example, contain periodical information about current stocks of the different grades of cotton in Liverpool, in England in general, on the continent, and in America, India, Egypt and the other producing regions; they inform us regularly about the quantities of cotton in process of shipment on the high seas (floating cargo), about the ports to which they are consigned, and whether the quantities in England are still in the hands of the wholesalers, already in the warehouses of spinners or other buyers, or assigned for export, etc. These reports are based on public censuses of all kinds, which the business world immediately strives to make serviceable if they prove at all trustworthy, on information gathered by expert correspondents in various places, and in part also on the estimates of experienced businessmen of proven reliability. They cover not only the stocks available at any given time but also the quantities of goods expected to be at the disposal of men in future time periods.8 In the above-mentioned reports of Licht, for example, one finds not only news of the fluctuations of sugar stocks in all the trading areas in contact with Germany, but also a comprehensive collection of facts concerning raw material and manufacturing production. In particular, one finds current reports on the area of land planted in sugar cane and sugar beets, on the present condition of the cane and beet crops, on the expected influence of the weather on the time and quantitative and qualitative results of the harvest, on the harvest itself, on the capacities of sugar factories and refineries, on the TR. number of these plants that are active and the number that are idle, on the amount of foreign and domestic output that is expected to reach the German market and the times of expected arrival, on technical progress in methods of sugar production, on disturbances in the distributive apparatus, etc. Similar data on other commodities are contained in the other business reports mentioned in the previous paragraph. Such reports are usually sufficient to inform the business world about the available quantities of certain commodities in the more or less extensive trading areas relevant to each commodity, and to provide it with a basis for judging prospective changes in stocks. Where actual uncertainties exist, the reports serve to draw attention to this circumstance, so that, in all cases where the outcome of a particular transaction depends upon the larger or smaller available quantity of a good, its risky character is brought to the attention of the business world. ### 3. The Origin of Human Economy and Economic Goods A. Economic goods. In the two preceding sections we have seen how separate individuals, as well as the inhabitants of whole countries and groups of countries united by trade, attempt to form a judgment on the one hand about their requirements for future time periods and, on the other, about the quantities of goods available to them for meeting these requirements, in order to gain in this way the indispensable foundation for activity directed to the satisfaction of their needs. The task to which we now turn is to show how men, on the basis of this knowledge, direct the available quantities of goods (consumption goods and means of production) to the greatest possible satisfaction of their needs. An investigation of the requirements for, and available quantities of, a good may establish the existence of any one of the three following relationships: (a) that requirements are larger than the available quantity. (b) that requirements are smaller than the available quantity. (c) that requirements and the available quantity are equal. We can regularly observe the first of these relationships — where a part of the needs for a good must necessarily remain unsatisfied — with by far the greater number of goods. Ido not refer here to articles of luxury since, with them, this relationship seems selfevident. But even the coarsest pieces of clothing, the most ordinary living accommodations and furnishings, the most common foods, etc., are goods of this kind. Even earth, stones, and the most insignificant kinds of scrap are, as a rule, not available to us in such great quantities that we could not employ still greater quantities of them. Wherever this relationship appears with respect to a given time period — that is, wherever men recognize that the requirements for a good are greater than its available quantity — they achieve the further insight that no part of the available quantity, in any way practically significant, may lose its useful properties or be removed from human control without causing some concrete human needs, previously provided for, to remain unsatisfied, or without causing these needs now to be satisfied less completely than before. The first effects of this insight upon the activity of men intent to satisfy their needs as completely as possible are that they strive: (1) to maintain at their disposal every unit of a good standing in this quantitative relationship, and (2) to conserve its useful properties. Afurther effect of knowledge of this relationship between requirements and available quantities is that men become aware, on the one hand, that under all circumstances a part of their needs for the good in question will remain unsatisfied and, on the other hand, that any inappropriate employment of partial quantities of this good must necessarily result in part of the needs that would be provided for by appropriate employment of the available quantity remaining unsatisfied. Accordingly, with respect to a good subject to the relationship under discussion, men endeavor, in provident activity directed to the satisfaction of their needs: (3) to make a choice between their more important needs, which they will satisfy with the available quantity of the good in question, and needs that they must leave unsatisfied, and (4) to obtain the greatest possible result with a given quantity of the good or a given result with the smallest possible quantity — or in other words, to direct the quantities of consumers’ goods available to them, and particularly the available quantities of the means of production, to the satisfaction of their needs in the most appropriate manner. The complex of human activities directed to these four objectives is called economizing, and goods standing in the quantitative relationship involved in the preceding discussion are the exclusive objects of it. These goods are economic goods in contrast to such goods as men find no practical necessity of economizing — for reasons which, as we shall see later, can be traced to quantitative relationships accessible to exact measurement, just as this has been shown to be possible in the case of economic goods.9 But before we proceed to demonstrate these relationships and the phenomena of life ultimately determined by them, we will consider a phenomenon of social life which has assumed immeasurable significance for human welfare and which, in its ultimate causes, springs from the same quantitative relationship that we became acquainted with earlier in this section. So far we have presented the phenomena of life that result from the fact that the requirements of men for many goods are greater than the quantities available to them in a very general way, and without special regard to the social organization of men. What has been said to this point therefore applies equally to an isolated individual and to a whole society, however it may be organized. But the social life of men, pursuing their individual interests even as members of society, brings to view a special phenomenon in the case of all goods whose available quantities are less than the requirements for them. An account of this phenomenon may find its place here. If the quantitative relationship under discussion occurs in a society (that is, if the requirements of a society for a good are larger than its available quantity), it is impossible, in accordance with what was said earlier, for the respective needs of all individuals composing the society to be completely satisfied. On the contrary, nothing is more certain than that the needs of some members of this society will be satisfied either not at all or, at any rate, only in an incomplete fashion. Here human self-interest finds an incentive to make itself felt, and where the available quantity does not suffice for all, every individual will attempt to secure his own requirements as completely as possible to the exclusion of others. In this struggle, the various individuals will attain very different degrees of success. But whatever the manner in which goods subject to this quantitative relationship are divided, the requirements of some members of the society will not be met at all, or will be met only incompletely. These persons will therefore have interests opposed to those of the present possessors with respect to each portion of the available quantity of goods. But with this Opposition of interest, it becomes necessary for society to protect the various individuals in the possession of goods subject to this relationship against all possible acts of force. In this way, then, we arrive at the economic origin of our present legal order, and especially of the so-called protection of ownership, the basis of property. Thus human economy and property have a joint economic origin since both have, as the ultimate reason for their existence, the fact that goods exist whose available quantities are smaller than the requirements of men. Property, therefore, like human economy, is not an arbitrary invention but rather the only practically possible solution of the problem that is, in the nature of things, imposed upon us by the disparity between requirements for, and available quantities of, all economic goods. As a result, it is impossible to abolish the institution of property without removing the causes that of necessity bring it about — that is, without simultaneously increasing the available quantities of all economic goods to such an extent that the requirements of all members of society can be met completely, or without reducing the needs of men far enough to make the available goods suffice for the complete satisfaction of their needs. Without establishing such an equilibrium between requirements and available amounts, a new social order could indeed ensure that the available quantities of economic goods would be used for the satisfaction of the needs of different persons than at present. But by such a redistribution it could never surmount the fact that there would be persons whose requirements for economic goods would either not be met at all, or met only incompletely, and against whose potential acts of force, the possessors of economic goods would have to be protected. Property, in this sense, is therefore inseparable from human economy in its social form, and all plans of social reform can reasonably be directed only toward an appropriate distribution of economic goods but never to the abolition of the institution of property itself. B. Non-economic goods. In the preceding section Ihave described the every-day phenomena that result from the fact that requirements for certain goods are larger than their available quantities. Ishall now demonstrate the phenomena arising from the opposite relationship — that is, as a consequence of a relationship in which the requirements of men for a good are smaller than the quantity of it available to them. The first result of this relationship is that men not only know that the satisfaction of all their needs for such goods is completely assured, but know also that they will be incapable of exhausting the whole available quantity of such goods for the satisfaction of these needs. Suppose that a village is dependent for water on a mountain stream with a normal flow of 200,000 pails of water a day. When there are rainstorms, however, and in the spring, when the snow melts on the mountains, the flow rises to 300,000 pails. In times of greatest drought it falls to but 100,000 pails of water daily. Suppose further that the inhabitants of the village, for drinking and other uses, usually need 200, and at the most 300, pails daily for the complete satisfaction of their needs. Their highest requirement of 300 pails is in contrast with an available minimum of at least 100,000 pails per day. In this and in every other case where a quantitative relationship of this kind is found, it is clear not only that the satisfaction of all needs for the good in question is assured, but also that the economizing individuals will be able to utilize the available quantity only partially for the satisfaction of their needs. It is evident also that partial quantities of these goods may be removed from their disposal, or may lose their useful properties, without any resultant diminution in the satisfaction of their needs, provided only that the aforementioned quantitative relationship is not thereby reversed. As a result, economizing men are under no practical necessity of either preserving every unit of such goods at their command or conserving its useful properties. Nor can the third and fourth of the above-described phenomena of human economic activity be observed in the case of goods whose available quantities exceed requirements for them. If such a relationship should exist, what sense would there be in any attempt to make a choice between needs that men should satisfy with the available quantity and needs that they will resign themselves to leaving unsatisfied, when they are unable to exhaust the whole quantity available to them even with the most complete satisfaction of all their needs? And what could move men to achieve the greatest possible result with each quantity of such goods, and any given result with the least possible quantity? It is clear, accordingly, that all the various forms in which human economic activity expresses itself are absent in the case of goods whose available quantities are larger than the requirements for them, just as naturally as they will necessarily be present in the case of goods subject to the opposite quantitative relationship. Hence they are not objects of human economy, and for this reason we call them non-economic goods. To this point we have considered the relationship underlying the non-economic character of goods in a general way — that is, without regard to the present social organization of men. There remains only the task of indicating the special social phenomena that result from this quantitative relationship. As we have seen, the effort of individual members of a society to attain command of quantities of goods adequate for their needs to the exclusion of all other members has its origin in the fact that the quantity of certain goods available to society is smaller than the requirements for them. Since it is therefore impossible, when such a relationship exists, to meet the requirements of all individuals completely, each individual feels prompted to meet his own requirements to the exclusion of all other economizing individuals. Thus, when all the members of a society compete for a given quantity of goods that is insufficient, under any circumstances, to satisfy completely all the needs of the various individuals, a practical solution to this conflict of interests is, as we have seen, only conceivable if the various portions of the whole amount at the disposal of society pass into the possession of some of the economizing individuals, and if these individuals are protected by society in their possession to the exclusion of all other individuals in the economy. The situation with respect to goods that do not have economic character is profoundly different. Here the quantities of goods at the disposal of society are larger than its requirements, with the result that all individuals are able to satisfy their respective needs completely, and portions of the available amount of goods remain unused because they are useless for the satisfaction of human needs. Under such circumstances, there is no practical necessity for any individual to secure a part of the whole sufficient to meet his requirements, since the mere recognition of the quantitative relationship responsible for the non-economic character of the goods in question gives him sufficient assurance that, even if all other members of society completely meet their requirements for these goods, more than sufficient quantities will still remain for him to satisfy his needs. As experience teaches, the efforts of single individuals in society are therefore not directed to securing possession of quantities of non-economic goods for the satisfaction of their own individual needs to the exclusion of other individuals. These goods are therefore neither objects of economy nor objects of the human desire for property. On the contrary, we can actually observe a picture of communism with respect to all goods standing in the relationship causing non-economic character; for men are communists whenever possible under existing natural conditions. In towns situated on rivers with more water than is wanted by the inhabitants for the satisfaction of their needs, everyone goes to the river to draw any desired quantity of water. In virgin forests, everyone fetches unhindered the quantity of timber he needs. And everyone admits as much light and air into his house as he thinks proper. This communism is as naturally founded upon a non-economic relationship as property is founded upon one that is economic. C. The relationship between economic and non-economic goods. In the two preceding sections we examined the nature and origin of human economy, and demonstrated that the difference between economic and non-economic goods is ultimately founded on a difference, capable of exact determination, in the relationship between requirements for and available quantities of these goods. But if this has been established, it is also evident that the economic or non-economic character of goods is nothing inherent in them nor any property of them, and that therefore every good, without regard to its internal properties or its external attributes, attains economic character when it enters into the quantitative relationship explained above, and loses it when this relationship is reversed.10 Economic character is by no means restricted to goods that are the objects of human economy in a social context. If an isolated individual’s requirements for a good are greater than the quantity of the good available to him, we will observe him retaining possession of every unit at his command, conserving it for employment in the manner best suited to the satisfaction of his needs, and making a choice between needs that he will satisfy with the quantity available to him and needs that he will leave unsatisfied. We will also find that the same individual has no reason to engage in this activity with respect to goods that are available to him in quantities exceeding his requirements. Hence economic and noneconomic goods also exist for an isolated individual. The cause of the economic character of a good cannot therefore be the fact that it is either an “object of exchange” or an “object of property.” Nor can the fact that some goods are products of labor while others are given us by nature without labor be represented with any greater nomena that contradict this view in a sense that does not. For experience tells us that many goods on which no labor was expended (alluvial land, water power, etc.) display economic character whenever they are available in quantities that do not meet our requirements. Nor does the fact that a thing is a product of labor by itself necessarily result in its having goods-character, let alone economic character. Hence the labor expended in the production of a good cannot be the criterion of economic character. On the contrary, it is evident that this criterion must be sought exclusively in the relationship between requirements for and available quantities of goods. Experience, moreover, teaches us that goods of the same kind do not show economic character in some places but are economic goods in other places, and that goods of the same kind and in the same place attain and lose their economic character with changing circumstances. While quantities of fresh drinking water in regions abounding in springs, raw timber in virgin forests, and in some countries even land, do not have economic character, these same goods exhibit economic character in other places at the same time. Examples are no less numerous of goods that do not have economic character at a particular time and place but which, at this same place, attain economic character at another time. These differences between goods and their changeability cannot, therefore, be based on the properties of the goods. On the contrary, one can, if in doubt, convince oneself in all cases, by an exact and careful examination of these relationships, that when goods of the same kind have a different character in two different places at the same time, the relationship between requirements and available quantities is different in these two places, and that wherever, in one place, goods that originally had non-economic character become economic goods, or where the opposite takes place, a change has occurred in this quantitative relationship. According to our analysis, there can be only two kinds of reasons why a non-economic good becomes an economic good: an increase in human requirements or a diminution of the available quantity. The chief causes of an increase in requirements are: (1) growth of population, especially if it occurs in a limited area, (2) growth of human needs, as the result of which the requirements of any given population increase, and (3) advances in the knowledge men have of the causal connection between things and their welfare, as the result of which new useful purposes for goods arise. Ineed hardly point out that all these phenomena accompany the transition of mankind from lower to higher levels of civilization. From this it follows, as a natural consequence, that with advancing civilization non-economic goods show a tendency to take on economic character, chiefly because one of the factors involved is the magnitude of human requirements, which increase with the progressive development of civilization. If to this is added a diminution of the available quantities of goods that previously did not exhibit economic character (timber, for instance, through the clearance or devastation of forests associated with certain phases of cultural development), nothing is more natural than that goods, whose available quantities on an earlier level of civilization by far outstripped requirements, and which therefore did not show economic character, should become economic goods with the passage of time. In many places, especially in the new world, this transition from non-economic to economic character can be proven historically for many goods, especially timber and land. Indeed the transition can be observed even at the present time. Despite the fact that information in this field is only fragmentary, Ibelieve that in Germany, once so densely forested, but few places are to be found where the inhabitants have not, at some time, experienced this transition — in the case of firewood, for example. From what has been said, it is clear that all changes by which economic goods become non-economic goods, and conversely, by which the latter become economic goods can be reduced simply to a change in the relationship between requirements and available quantities. Goods that occupy an intermediate position between economic and non-economic goods with respect to the characteristics they exhibit may lay claim to a special scientific interest. In this class must be counted, above all, such goods in highly civilized countries as are produced by the government and of- fered for public use in such large quantities that any desired amount of them is at the disposal of even the poorest member of society, with the result that they do not attain economic character for the consumers. Public school education, for instance, in a highly developed society is usually such a good. Pure healthy drinking water also is considered a good of such importance by the inhabitants of many cities that, wherever nature does not make it abundantly available, it is brought by aqueducts to the public fountains in such large quantities that not only are the requirements of the inhabitants for drinking water completely met but also, as a rule, considerable quantities above these requirements are available. While instruction by a teacher is an economic good for those in need of such instruction in societies at a low level of civilization, this same good becomes a non-economic good in more highly developed societies, since it is provided by the state. Similarly, in many large cities pure and healthy drinking water, which previously had economic character for consumers, becomes a noneconomic good. Conversely, goods that are naturally available in quantities exceeding requirements may attain economic character for their consumers if a powerful individual excludes the other members of the economy from freely acquiring and using them. In densely wooded countries, there are many villages surrounded by natural forests abounding in timber. In such places, the available quantity of timber by far exceeds the requirements of the inhabitants, and uncut wood would not have economic character in the natural course of events. But when a powerful person seizes the whole forest, or the greater part of it, he can regulate the quantities of timber actually available to the inhabitants of his village in such a way that timber nevertheless acquires economic character for them. In the heavily wooded Carpathians, for instance, there are numerous places where peasants (the former villains) must buy the timber they need from large landholders, even while the latter let many thousands of logs rot every year in the forest because the quantities available to them far exceed their present requirements. This, however, is a case in which goods that would not possess economic character in the natural course of events artificially be- come economic goods for the consumers. In such circumstances, these goods actually manifest all the phenomena of economic life that are characteristic of economic goods.11 Finally, goods belong in this category that do not exhibit economic character at the present time but which, in view of future developments, are already considered by economizing men as economic goods in many respects. More precisely, if the available quantity of a non-economic good is continually diminishing, or if the requirements for it are continually increasing, and the relationship between requirements and available quantity is such that the final transition of the good in question from non-economic to economic status can be foreseen, economizing individuals will usually make portions of the available quantity objects of their economic activity. They will do this even when the quantitative relationship responsible for the non-economic character of the good still actually prevails, and will, when living as members of a society, usually guarantee themselves their individual requirements by taking possession of quantities corresponding to these requirements. The same reasoning applies to non-economic goods whose available quantities are subject to such violent fluctuations that only command of a certain surplus in normal times assures command of requirements in times of scarcity. It applies also to all non-economic goods with respect to which the boundary between requirements and available quantities is already so close (the third case mentioned on p. 94, above all, belongs in this category) that any misuse or ignorance on the part of some members of the economy may easily become injurious to the others, or when special considerations (considerations of comfort or cleanliness for example) apparently make expedient the seizure of partial quantities of the non-economic goods. For these and similar reasons the phenomenon of property can also be observed in the case of goods that appear to us still, with respect to other aspects of economic life, as non-economic goods. Finally, Iwould like to direct the attention of my readers to a circumstance that is of great importance in judging the eco- analogy, call the latter quasi-economic goods (as opposed to true economic goods), and the former quasi-non-economic goods. nomic character of goods. Irefer to differences in the quality of goods. If the total available quantity of a good is not sufficient to meet the requirements for it, every appreciable part of the total quantity becomes an object of human economy and thus an economic good whatever its quality. And if the available quantities of a good are greater than the requirements for it, and there are therefore portions of the total stock that are utilized for the satisfaction of no need whatever, all units of the good must, in accordance with what has already been said about the nature of non-economic goods, have non-economic character if they are all of exactly the same quality. But if some portions of the available stock of a good have certain advantages over the other portions, and these advantages are of such a kind that various human needs can be better satisfied or, in general, more completely satisfied by using these rather than the other, less useful, portions, it may happen that the goods of better quality will attain economic character while the other (inferior) goods still exhibit non-economic character. Thus, in a country with a superabundance of land, for instance, land that is preferable because of the composition of the soil or by reason of its location may already have attained economic character while poorer lands still exhibit non-economic character. And in a city situated on a river with drinking water of inferior quality, quantities of spring water may already be objects of individual economy when the river water does not, as yet, show economic character. Thus, if we sometimes find that different portions of the whole supply of a good differ in character at the same time, the reason, in this case too, always lies solely in the fact that the available quantities of the goods of better grade are smaller than requirements while the poorer goods are available in quantities exceeding requirements (requirements not covered by the goods of better grade). Such instances do not, therefore, constitute exceptions, but are, on the contrary, a confirmation of the principles stated in this chapter. D. The laws governing the economic character of goods. In our investigation of the laws governing human requirements, we have reached the result that the existence of require- ments for goods of higher order is dependent: (1) on our having requirements for the corresponding goods of lower order, and also (2) on these requirements for goods of lower order being not already provided for, or at least not completely provided for. We have defined an economic good as a good whose available quantity does not meet requirements completely, and thus we have the principle that the existence of requirements for goods of higher order is dependent upon the corresponding goods of lower order having economic character. In places where pure and healthy drinking water is present in quantities exceeding the requirements of the population, and where this good therefore does not exhibit economic character, requirements for the various implements or means of transportation serving exclusively for carrying or piping and filtering drinking water cannot arise. And in regions in which there is a natural superabundance of firewood (trees, to be exact), and in which, as a result, this good has non-economic character, obviously all requirements for goods of higher order suitable exclusively for the production of firewood are absent from the very beginning. In regions, on the other hand, where firewood or drinking water have economic character, requirements for the corresponding goods of higher order will certainly exist. But if it has now been established that human requirements for goods of higher order are determined by the economic character of the corresponding goods of lower order, and that requirements for goods of higher order cannot arise at all if they are not applicable to the production of economic goods, it follows that requirements for goods of higher order can never, in this event, become larger than their available quantities, however small, and hence that it is impossible from the very beginning for them to attain economic character. From this we derive the general principle that the economic character of goods of higher order depends upon the economic character of the goods of lower order for whose production they serve. In other words, no good of higher order can attain economic character or maintain it unless it is suitable for the production of some economic good of lower order. If, therefore, goods of lower order displaying economic char- acter are under consideration, and if the question arises as to the ultimate causes of their economic character, it would be a complete reversal of the true relationship, if one were to assume that they are economic goods because the goods employed in producing them displayed economic character before the production process was undertaken. Such a supposition would contradict, in the first place, all experience, which teaches us that, from goods of higher order whose economic character is beyond all doubt, completely useless things may be produced, and in consequence of economic ignorance, actually are produced — things that do not even have goods-character let alone economic character. Moreover, cases can be conceived where, from economic goods of higher order, things can be produced that have goods-character but not economic character. By way of illustration, one need only imagine persons using costly economic goods to produce timber in virgin forests, to store up drinking water in regions abounding in freshwater springs, or to make air, etc.! The economic character of a good thus cannot be a consequence of the circumstance that it has been produced from economic goods of higher order, and this explanation would have to be rejected in any case, even if it were not involved in a further internal contradiction. The explanation of the economic character of goods of lower order by that of goods of higher order is only a pseudo-explanation, and apart from being incorrect and in contradiction with all experience, it does not even fulfill the formal conditions for the explanation of a phenomenon. If we explain the economic character of goods of first order by that of goods of second order, the latter by the economic character of goods of third order, this again by the economic character of goods of fourth order, and so on, the solution of the problem is not advanced fundamentally by a single step, since the question as to the last and true cause of the economic character of goods always still remains unanswered. Our previous explanation, however, demonstrates that man, with his needs and his command of the means to satisfy them, is himself the point at which human economic life both begins and ends. Initially, man experiences needs for goods of first order, and makes those whose available quantities are smaller Economy and Economic Goods than his requirements the objects of his economic activity (that is, he treats them as economic goods) while he finds no practical inducement to bring the other goods into the sphere of his economic activity. Later, thought and experience lead men to ever deeper insights into the causal connections between things, and especially into the relations between things and their welfare. They learn to use goods of second, third, and higher orders. But with these goods, as with goods of first order, they find that some are available in quantities exceeding their requirements while the opposite relationship prevails with others. Hence they divide goods of higher order also into one group that they include in the sphere of their economic activity, and another group that they do not feel any practical necessity to treat in this way. This is the origin of the economic character of goods of higher order. ### 4. Wealth Earlier (p. 76) we called “the entire sum of goods at a person’s command” his property. The entire sum of economic goods at an economizing individual’s command12 we will, on the other hand, call his wealth.13,14 The non-economic goods at an economizing individual’s command are not objects of his economy, and hence must not be regarded as parts of his wealth. We saw that economic goods are goods whose available quantities are smaller than the requirements for them. Wealth can therefore also be defined as the entire sum of goods at an economizing individual’s command, the quantities of which are smaller than the requirements for them. Hence, if there were a society where all goods were available in amounts exceeding the requirements for them, there would be no economic goods nor is in a position to employ it for the satisfaction of his needs. Either physical or legal obstacles can prevent a good from being at one’s command. Aminor’s wealth, for example, is not at his guardian’s command in this sense of the word. any “wealth.” Although wealth is thus a measure of the degree of completeness with which one person can satisfy his needs in comparison with other persons who engage in economic activity under the same conditions, it is never an absolute measure of his welfare,15 for the highest welfare of all individuals and of society would be attained if the quantities of goods at the disposal of society were so large that no one would be in need of wealth. These remarks are intended to introduce the solution of a problem which, because of the apparent contradictions to which it leads, is capable of creating distrust as to the accuracy of the principles of our science. The problem arises from the fact that a continuous increase in the amounts of economic goods available to economizing individuals would necessarily cause these goods eventually to lose their economic character, and in this way cause the components of wealth to suffer a diminution. Hence we have the queer contradiction that a continuous increase of the objects of wealth would have, as a necessary final consequence, a diminution of wealth.16 Suppose that the quantity of a certain mineral water available to a people is smaller than requirements for it. The various portions of this good at the command of the several economizing persons, as well as the mineral springs themselves, are therefore economic goods, and hence constituent parts of wealth. Suppose now that this medicinal water should suddenly begin to flow in several brooks in such abundant measure as to lose with which an individual can satisfy his needs, some writers have defined wealth as a sum of economic goods, when applying the term to the economy of a single individual, and as the sum of all goods when applying it to the social economy. The main reason for doing this was that they had in mind the relative welfare of the different individuals in the first definition and the absolute welfare of society in the second. See especially, James Maitland, Earl of Lauderdale, An Inquiry into the Nature and Origin of Public Wealth, Edinburgh, 1804, pp. 39ff., esp. pp. 56ff. The question recently raised by Wilhelm Roscher (System der Volkswirthschaft, Twentieth edition, Stuttgart, 1892, I, 16ff.), about whether or not social wealth is to be estimated by its use value and private wealth by its exchange value can be traced to the same distinction. Economy and Economic Goods its previous economic character. Nothing is more certain, than that the quantities of mineral water that were at the command of economizing individuals before this event, as well as the mineral springs themselves, would now cease to be components of wealth. Thus it would indeed be the case that a progressive increase in the component parts of wealth would finally have caused a diminution of wealth. This paradox is exceedingly impressive at first sight, but upon more exact consideration, it proves to be only an apparent one. As we saw earlier, economic goods are goods whose available quantities are smaller than the requirements for them. They are goods of which there is a partial deficiency, and the wealth of economizing individuals is nothing but the sum of these goods. If their available quantities are progressively increased until they finally lose their economic character, a deficiency no longer exists, and they move out of the category of goods constituting the wealth of economizing individuals — that is, they leave the class of goods of which there is a partial deficiency. There is certainly no contradiction in the fact that the progressive increase of a good of which there was previously a deficiency finally brings about the result that the good ceases to be in short supply. On the contrary, that the progressive increase of economic goods must finally lead to a reduction in the number of goods of which there was previously a deficiency is a proposition that is as immediately evident to everyone as the contrary proposition that a long continued diminution of abundantly available (non-economic) goods must finally make them scarce in some degree — and thus components of wealth, which is thereby increased. The above paradox, which was raised not only with regard to the extent of objects of wealth but in an analogous manner also with regard to the value and price of economic goods,17 is therefore only an apparent one, and is founded upon a misinterpretation of the nature of wealth and its components. We have defined wealth as the entire sum of economic goods at the command of an economizing individual. The existence of any item of wealth presupposes, therefore, an economizing individual, or at any rate one in whose behalf acts of economizing are performed. Quantities of economic goods destined for a specific purpose are therefore not wealth in the economic sense of the word. The fiction of a legal person may be valid for purposes of legal practice or even for purposes of juridical constructions but not for our science which decidedly rejects all fictions. So-called “trust funds”18 are therefore quantities of economic goods devoted to specific purposes, but they are not wealth in the economic sense of the word. This leads to the question of the nature of public wealth. States, provinces, communities, and associations generally have quantities of economic goods at their disposal in order to satisfy their needs, to realize their ends. Here the fiction of a legal person is not necessary for the political economist. Without calling upon any fiction, he can observe an economizing unit, a social organization, whose personnel administer certain economic goods that are available to it for the purpose of satisfying its needs, and direct them to this objective. Hence no-one will hesitate to admit the existence of governmental, provincial, municipal and corporate wealth. The situation is different with what is designated by the term “national wealth.” Here we have to deal not with the entire sum of economic goods available to a nation for the satisfaction of its needs, administered by government employees, and devoted by them to its purposes, but with the totality of goods at the disposal of the separate economizing individuals and associations of a society for their individual purposes. Thus we have to deal with a concept that deviates in several important respects from what we term wealth. If we employ the fiction of conceiving of the totality of economizing persons in a society, each striving for the satisfaction of his special needs, and driven not infrequently by interests opposed to the interests of others, as one great economizing unit, and if we further assume that the quantities of economic goods at the disposal of the separate economizing individuals are not applied to the satisfaction of their special needs but to Economy and Economic Goods posing the economy, then we do, of course, arrive at the concept of a sum of economic goods at the disposal of an economizing unit (here, at the disposal of society) that are available for the purpose of satisfying its collective needs. Such a concept could correctly be designated by the term national wealth. But under our present social arrangements, the sum of economic goods at the disposal of the individual economizing members of society for the purpose of satisfying their special individual needs obviously does not constitute wealth in the economic sense of the term but rather a complex of wealths linked together by human intercourse and trade.19 The need for a scientific designation for the sum of goods just mentioned is, however, so just, and the term “national wealth” for that concept is so generally accepted and sanctioned by usage, that we would serve this need badly if we were to drop the existing term as we become clearer about the correct nature of the so-called national wealth. It is, then, only necessary that we guard against the error that must arise if we pay no attention to the distinction discussed here. In all questions where the issue is merely the quantitative determination of the so-called national wealth, the sum of the wealths of the individuals of the nation may be designated as national wealth. But when inferences running from the magnitude of the national wealth to the welfare of a people, or when phenomena resulting from contacts between the various economizing individuals, are involved, the concept of national wealth in the literal sense of the term must necessarily lead to frequent errors. In all these cases, the national wealth must be regarded rather as a complex composite of the wealths of the members of society, and we must direct our attention to the different sizes of these individual wealths. Staat, Frankfurt am Main, 1864, pp. 106ff. --- # Principles of Economics, Chapter IV: The Theory of Exchange URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-iv/ Author: Carl Menger Year: 1871 Book: Principles of Economics EXCHANGE ### 1. The Foundations of Economic Exchange “ Whether the propensity of men to truck, barter, and exchange one thing for another be one of the original principles in human nature, or whether it be the necessary consequence of the faculties of reason and speech,” or what other causes induce men to exchange goods, is a question Adam Smith left unanswered. The eminent thinker remarks only that it is certain that the propensity to barter and exchange is common to all men and is found in no other species of animals.1 First, in order to clarify the problem, suppose that two neighboring farmers each have a great abundance of the same kind of barley after a good harvest, and that there are no barriers to an actual exchange of quantities of barley between them. In this case, the two farmers could give free rein to their propensity to trade, and could exchange 100 bushels or any other quantity of barley back and forth between themselves. Although there is no reason why they should desist from trading in this case if the exchange of goods, by itself, affords pleasure to the participants, Ibelieve nothing is more certain than that these two individuals will forgo trade altogether. If they should nevertheless engage in this sort of exchange, they would be in danger, precisely because of their enjoyment of trade under such circumstances, of being regarded as insane by other economizing individuals. Suppose now that a hunter has a great abundance of furs, and hence of materials for clothing, but only a very small store of foodstuffs. His need for clothing is thus fully provided for but his need for food only inadequately. Anearby farmer is assumed to be in precisely the opposite position. Suppose too that there are no barriers to an exchange of the hunter’s foodstuffs for the farmer’s clothing materials. It is evident that an exchange of goods is still less likely in this case than in the first one. If the hunter should exchange a portion of his scanty store of food for a portion of the farmer’s equally scanty stock of furs, the hunter’s surplus clothing materials and the farmer’s surplus of foodstuffs would both become even greater than before the exchange. Since satisfaction of the hunter’s need for food and satisfaction of the farmer’s need for clothing were already insufficiently provided for, the economic position of the traders would be decidedly worsened. No one can maintain, therefore, that these two economizing individuals would experience pleasure from such an exchange. On the contrary, nothing is more certain than that the hunter and farmer will both most firmly resist offers to engage in a trade that would definitely reduce their well-being, or possibly even endanger their lives. If an exchange of this sort had nevertheless taken place, the two men would have nothing more urgent to do than to revoke it. The propensity of men to trade must accordingly have some other reason than enjoyment of trading as such. If trading were a pleasure in itself, hence an end in itself, and not frequently a laborious activity associated with danger and economic sacrifice, there would be no reason why men should not engage in trade in the cases just considered and in thousands of others. There would, in fact, be no reason why they should not trade back and forth an unlimited number of times. But everywhere in practical life, we can observe that economizing men carefully consider every exchange in advance, and that a limit is finally reached beyond which two individuals will not continue to trade at any given time. Since it has been established that exchange is not an end in itself, and still less itself a pleasure for men, the problem in what follows will be to explain its nature and origin. To begin with the simplest case, suppose that two farmers, Aand B, have both previously been carrying on isolated household economies. But now, after an unusually good harvest, farmer Ahas so much grain that he is unable, however profusely he may provide for the satisfaction of his needs, to utilize a portion of it for himself and his household. Farmer B, on the other hand, a neighbor of farmer A, is assumed to have had an excellent vintage in the same year. But his cellar is still filled from previous years, and because he lacks additional containers he is considering pouring out a part of the older wine in storage which dates from an inferior vintage year. Each farmer has a surplus of one good and a serious deficiency of the other. The farmer with a surplus of grain must completely forgo consumption of wine since he has no vineyards at all, and the farmer with a surplus of wine is in want of foodstuffs. Farmer Acan permit many bushels of grain to spoil on his fields when a keg of wine would afford him considerable pleasure. Farmer Bis about to destroy not merely one but several kegs of wine when he could very well use a few bushels of grain in his household. The first farmer thirsts and the second starves when both could be relieved by the grain Ais permitting to spoil on his fields and by the wine Bhas resolved to pour out. Farmer Acould still satisfy his and his family’s need for food as completely as before and indulge besides in the enjoyment of drinking wine, and farmer Bcould continue to enjoy as much wine as he pleases but would not need to starve. It is therefore evident that we have encountered a case in which, if command of a certain amount of A’s goods were transferred to Band if command of a certain amount of B’s goods were transferred to A, the needs of both economizing individuals could be better satisfied than would be the case in the absence of this reciprocal transfer. The case just presented, in which the needs of two persons could be better satisfied than before by a mutual transfer of goods having no value to either of them prior to the exchange, and hence without economic sacrifice on either side, was especially suitable for impressing upon us in the most enlightening manner the nature of the economic relationship leading to trade. But we would construe this relationship too narrowly if we were to confine our attention to cases in which a person who has command of a quantity of one good larger than even his full requirements suffers a deficiency of a second good, while another person has a comparable surplus of this second good and a deficiency of the first. For the relationship in question can also be observed in less obvious cases in which one person possesses goods of which certain quantities have less value to him than quantities of another good owned by a second person who is in the reverse situation. As an example, let us suppose that the first of the two isolated farmers has not harvested so much grain that he can allow part of it to spoil on the field without injury to the satisfaction of his needs, and that the second does not have so much wine that he can pour any of it away without similar injury. Instead, each of the two farmers can employ the whole quantity of the good at his command in some fashion useful to himself and his household. The first farmer can employ his whole stock of grain usefully by devoting the quantity remaining after complete provision for the satisfaction of his more important needs to the fattening of his cattle. The second farmer does not have so much wine that he must pour some of it away, but just enough to permit him to distribute a portion to his slaves as a reward for greater effort. Thus, although to the grain farmer a certain portion of his grain (a bushel, for instance) and to the wine grower a certain portion of his wine (a keg, for instance) has only a small value, it nevertheless has some value, since directly or indirectly the satisfaction of certain of his needs depends on that portion. But the fact that a given quantity of grain, a bushel for instance, has a certain value to the first farmer by no means excludes the possibility that a certain quantity of wine, a keg for instance, may have a higher value to him, as would be the case if the enjoyment afforded by a keg of wine has a higher importance to him than the more or less thorough fattening of his cattle. Similarly with the second farmer, the fact that a keg of wine has a certain value to him by no means excludes the possibility that a bushel of wheat may have a higher value to him, as would be the case if it would ensure a more adequate diet for himself and his family, and perhaps even avoidance of the pains of hunger. The most general form of the relationship responsible for human trade is therefore as follows: an economizing individual, A, has a certain quantity of a good at his disposal which has a smaller value to him than a given quantity of another good in the possession of another economizing individual, B, who estimates the values of the same quantities of goods in reverse fashion, the given quantity of the second good having a smaller value to him than the given quantity of the first good which is at the disposal of A.2 Let the quantity of the first good in A’s possession be 10a, and let the quantity of the second good in B’s possession be 10b. Assume the value of the quantity 1a to Ato be W, the value of 1b to Aif he should obtain command of it to be W + x, the value of 1b to Bto be w, and the value of 1a to Bif he should obtain command of it to be w + y. It is evident that Awould gain a value of x and that Bwould gain a value of y from a transfer of 1a from A’s possession to B’s and 1b from B’s possession to A’s. In other words, after an exchange, Awould find himself in the same position as if a good with a value to him of x had been added to his wealth, and Bwould find himself in the same position as if a good with a value of y to him had been added to his wealth. If, in addition, the two economizing individuals (a) recognize the situation, and (b) have the power actually to perform the transfer of the goods, a relationship exists that makes it possible for them, by a mere agreement, to provide better, or more completely, for the satisfaction of their needs than would be the case if the relationship were not exploited. The same principle that guides men in their economic activ2The remainder of this paragraph appears here as a footnote in the original. — TR. ity in general, that leads them to investigate the useful things surrounding them in nature and to subject them to their command, and that causes them to be concerned about the betterment of their economic positions, the effort to satisfy their needs as completely as possible, leads them also to search most diligently for this relationship wherever they can find it, and to exploit it for the sake of better satisfying their needs. In the situation just described, therefore, the two economizing individuals will make certain that the transfer of goods actually takes place. The effort to satisfy their needs as completely as possible is therefore the cause of all the phenomena of economic life which we designate with the word “exchange.” It should be observed that this term is used in our science in a special sense with a much wider application than in popular or especially than in legal language. For in the economic sense it also includes purchase and sale, and all partial transfers of economic goods (tenancy, rental, lending, etc.) for compensation. If we summarize what has just been said we obtain the following propositions as the result of our investigation thus far: The principle that leads men to exchange is the same principle that guides them in their economic activity as a whole; it is the endeavor to ensure the fullest possible satisfaction of their needs. The enjoyment men derive from an economic exchange of goods is the general feeling of pleasure they experience when some event permits them to make a better provision for the satisfaction of their needs than would otherwise have been possible. But the benefits of a mutual transfer of goods depend, as we have seen, on three conditions: (a) one economizing individual must have command of quantities of goods which have a smaller value to him than other quantities of goods at the disposal of another economizing individual who evaluates the goods in reverse fashion, (b) the two economizing individuals must have recognized this relationship, and (c) they must have the power actually to perform the exchange of goods. The absence of but one of these conditions means that an essential prerequisite for an economic exchange is missing, and that an exchange of goods between two economizing individuals is economically impossible. ### 2. The Limits of Economic Exchange If each economizing individual had but a single good of each kind at his disposal, and if each of these goods were indivisible with respect to its goods-character, there would be no difficulty in investigating the limits to which exchange operations would proceed in each given case to result in the greatest economic gain for each participant. Suppose that Ahas a glass goblet and Ba piece of jewelry made of the same material, and that neither of the two individuals has command of more than the one unit of each article. According to what was said in the preceding section, only two situations are conceivable: either the basis for an economic exchange between the two individuals exists with respect to the two goods, or it does not. If it does not, the question of an exchange cannot arise at all from an economic standpoint. And if it does exist, there can be no doubt that an actual exchange of the two goods will naturally preclude any further exchange of goods of exactly the same kinds between Aand B. But whenever quantities of goods are at the command of different persons which can be subdivided into portions of any desired size, or which are composed of several discrete pieces, each of which is indivisible by nature or use, the situation is different. Suppose that A, an American frontiersman, owns several horses but no cow, while B, his neighbor, has a number of cows but no horses. Provided that Ahas requirements for milk and milk products and Bfor draft animals, it is easy to see that a basis for exchange operations is present. But no one will maintain that the exchange of one of A’s horses, for example, for one of B’s cows would necessarily exhaust the existing basis for economic exchange operations between Aand Bwith respect to these goods. It is equally certain, however, that a basis need not necessarily exist for exchange of the total quantities they possess. Awho owns (for example) six horses may be able to satisfy his needs better if he exchanges one, or two, or perhaps even three, of his horses for B’s cows. But from this it does not necessarily follow that he would derive an economic gain from the exchange transaction if he were to barter all his horses for all of B’s cows. Although the initial economic situation pro. vides a basis for economic exchange operations between Aand B, the consequence of carrying the exchange too far might be that the needs of the two contracting parties would be less well provided for than before the exchange. The relationship we are now considering, in which not merely single goods but quantities of goods are at the disposal of men, can be regularly observed in human economy. An endless number of cases can be observed in which two economizing individuals have command of quantities of different goods, and in which the foundations for economic exchange operations are present, but where the gains to be derived from trade would be exploited only incompletely if the two economizing individuals were to exchange too little, and would be again diminished, reduced to nothing, or even converted to losses, if they should drive their exchange operations too far and exchange too much. But if we can observe cases where “too little” of an exchange does not yield the full gains to be derived from the exploitation of an existing relationship and where “too much” leads to the same result, indeed often even to a deterioration in the economic positions of the two traders, there must be a limit at which the full economic gains to be obtained from the exploitation of the given relationship are reached, and beyond which any exchange of further portions begins to become uneconomic. The determination of this limit is the object of the subsequent investigation. Ishall present a simple case for this purpose in which we can most carefully observe the relationship we wish to consider, undisturbed by secondary influences. Suppose that in a virgin forest, far away from other economizing individuals, there live two frontiersmen who maintain friendly intercourse with each other. It is assumed that the compass and intensity of their needs are exactly the same. Each of them requires several horses to work his land. One horse is absolutely necessary if he is to be able to produce the food required for the maintenance of his and his family’s lives. Asecond horse is required to produce the somewhat greater amount of food needed for an adequate diet for himself and his family. Each of the farmers could use a third horse to transport the timber and firewood he finds necessary from the forest to his log cabin, to draw loads of sand, stones, etc., and to work a field on which he will raise some luxury foods for his and his family’s enjoyment. Afourth would be used solely for pleasure, and a fifth horse would have only the importance resulting from its availability as a substitute in case one of the other horses should become incapacitated. But neither of the frontiersmen could use a sixth horse. It is assumed also that each of them would need five cows to meet his full requirements for milk and milk products, that there is the same gradation in the importance of their needs for these products, and that a sixth cow could not be used by either of them. For greater clarity, let us cast the situation just described in numerical form (pp. 125 ff.). We can represent the graduated importance of the satisfactions that are provided for by the possessions of the two frontiersmen with a set of numbers that decrease in arithmetic series, with the series 50, 40, 30, 20, 10, 0, for example.3 Assuming that A, the first frontiersman, has 6 horses and only one cow, while B, the other frontiersman, has one horse and 6 cows, the successive degrees of importance of the satisfactions provided for by the possessions of the two persons can be represented in the following table: BA Horses Cows Horses Cows From what was said in the first section of this chapter, it is easily seen that the basis for economic exchange operations is 3 Ineed hardly point out that the figures in the text are not intended to express numerically the absolute but merely the relative magnitudes of importance of the satisfactions in question. Thus when Idesignate the importance of two satisfactions with 40 and 20 for example, Iam merely saying that the first of the two satisfactions has twice the importance of the second to the economizing individual concerned. here present. The importance a horse has to Ais equal to o, and the importance a second cow would have to him is equal to 40. On the other hand, a cow has a value of o to B, while a second horse would have a value of 40 (p. 131). Thus Aand Bcould both provide considerably better for the satisfaction of their needs if Awere to give Ba horse and if Bwere to give Aa cow in exchange. There is no doubt that they would actually undertake this exchange if they are economizing individuals. The importance of the satisfactions that are provided for by the possessions of the two persons after this first exchange will be as follows: AB Horses Cows Horses Cows It is easily seen that each of the two traders obtained an economic gain from this first exchange equivalent to the gain that would accrue to him if his wealth had been increased by a good whose value to him is equal to 40.4 But it is just as certain that the basis for economic exchange operations has by no means been exhausted by this first exchange. For a horse still has much less value to Athan an additional cow would have (10 as compared with 30), whereas a cow has a value of only 10 to Bwhile an additional horse would have a value of 30 (three times the value of a cow). It is therefore in the economic interest of both economizing individuals to undertake a second exchange operation. The situation after the second exchange can be represented as follows: exchange of goods upon the economic position of each of the two traders is always the same as if a new object of wealth had entered his possession. Trade is therefore no less productive than industrial or agricultural activity. AB Horses Cows Horses Cows It can be seen that each of the two persons derived an economic gain that is no less than if their wealth had been increased by a good valued at 20. Let us see whether there is a basis for further economic exchange operations even in this situation. Ahorse has an importance of 20 to A; an additional cow would also have an importance of 20 to him; and Bis in a similar position. From what has been said, it is evident that an exchange of one of A’s horses for one of B’s cows under such conditions would not be worth while since there would be no economic gain at all. But suppose that Aand Bshould nevertheless enter into a third exchange. If performance of the exchange did not require any appreciable economic sacrifices (costs of transport, loss of time, etc.) it is evident that the economic positions of the two men would be neither injured nor improved.5 After this third exchange their positions would be as follows: AB Horses Cows Horses Cows Let us now ask what would be the economic result of still further exchanges of one of A’s horses for one of B’s cows. The situation after a fourth exchange would be: A BHorses Cows Horses Cows in them the provident activity of men is set in motion aimlessly quite apart from all the economic sacrifices they may entail. As can be seen, the economic positions of Aand Bare both less favorable after the fourth exchange than they were before. By acquiring a fifth cow, Ahas indeed assured the satisfaction of a need that has an importance of 10 to him. But to obtain it he has given up a horse that had the importance to him of satisfactions that were assumed equal to 30. His economic position after this exchange is exactly the same as it would be if his wealth had been reduced without compensation by a good with a value equal to 20. The same result can be observed with B. The economic disadvantage of the fourth exchange operation is mutual. Instead of gaining from it, Aand Bwould both suffer an economic loss. If the two persons, Aand B, should continue to exchange horses for cows, the situation after the fifth exchange would appear as follows: A BHorses Cows Horses Cows And after the sixth exchange it would be: AHorses BCows Horses Cows It is easily seen that after the fifth exchange of one of A’s horses for one of B’s cows the two traders would have returned to the same situation, with respect to completeness of provision for the satisfaction of their needs, that they were in at the outset of exchange operations. After the sixth exchange they would have worsened their economic positions considerably more. They could do nothing better than to revoke these uneconomic exchanges. What has been shown here in a single instance can be observed wherever quantities of different goods are in the possession of different persons and a basis for economic exchange operations is present. If we were to select other examples, we would find differences in secondary circumstances but not in the nature of the relationship explained. Above all we would find, in each instance and at any given point in time, a limit up to which two persons can exchange their goods to their mutual economic advantage. But we would find that they cannot overstep this limit without placing themselves in a less favorable economic position. In short, we would everywhere observe a limit at which the total- economic gains to be derived from an exchange relationship are exhausted, and beyond which these gains would be diminished by further exchange operations, making the exchange of any further portions uneconomic. This limit is reached when one of the two bargainers has no further quantity of goods which is of less value to him than a quantity of another good at the disposal of the second bargainer who, at the same time, evaluates the two quantities of goods inversely. Thus we see that in the reality of practical life men do not trade indefinitely and without limit. We see instead that particular persons, at any given time, with respect to any given kinds of goods, and in any given economic situation, reach a certain limit at which they cease to make further exchanges.6 Asocial economy is made up of individual economies, and what has been said above is therefore just as valid for the trade of entire peoples as it is for single economizing individuals. Two nations, one chiefly engaged in agriculture and the other primarily in industry, will be in a position to satisfy their needs much more completely if each exchanges a portion of its produce for the produce of the other (the first nation a portion of its agricultural produce and the second a portion of its manufactures). But they will not undertake the exchange indefinitely and without limit. At any given point in time tural produce for manufactures will be uneconomic for both nations. It is, of course, true that in the trade of individuals, and still more in the commerce between whole peoples, the values goods actually have for men can generally be observed to be subject to constant fluctuations. These fluctuations occur principally because new quantities of goods are continually coming into the hands of the various economizing individuals through the production process. As a result, the foundations for economic exchanges are constantly changing, and we therefore observe the phenomenon of a perpetual succession of exchange transactions. But even in this chain of transactions we can, by observing closely, find points of rest at particular times, for particular persons, and with particular kinds of goods. At these points of rest, no exchange of goods takes place because an economic limit to exchange has already been reached. Another observation made earlier concerned the gradually diminishing economic gains obtained by given economizing individuals from the exploitation of a given opportunity for trade. The first trading contacts of economizing individuals are usually the most advantageous economically. It is usually only later that opportunities for trade that promise smaller economic gains are also exploited. This is true not only of trade between individuals but also of the commerce between whole nations. If two peoples whose ports or boundaries were always or for some time previous closed to mutual intercourse open them suddenly to trade, or even if only some previous impediments to trade are removed, a very lively trade in goods develops immediately. For the number of trading opportunities to be exploited and the economic gains to be made are at first very great. Later, trade moves in the channel of normally profitable business. But if the full gains from the new trade are sometimes not immediately forthcoming, the reason is that the other two prerequisites of economic exchange, knowledge of the trading opportunities and power to carry through exchange operations recognized to be economic, are ordinarily acquired by the participants only after a certain period of time. Some of the most strenuous efforts of trading nations are directed toward removing impediments to trade in both these categories (by careful study of the commercial situation, by the construction of good roads and other means of transport and communication, etc.). Before Iclose this discussion of the foundations and limits of economic exchange, Iwish to direct attention to an important factor that must be taken into consideration if the principles expounded in this chapter are to be correctly interpreted. Irefer to the economic sacrifices that exchange operations demand. If men and their possessions (the economies of individuals7) were not separated in space, and if the mutual transfer of command of goods between one economizing individual and another did not therefore generally require the shipping of goods and many other economic sacrifices, the full economic gains resulting from an exchange transaction would accrue to the two participants. But such cases are very rare. Cases are indeed conceivable in which the economic sacrifices of an exchange operation fall to a minimum neglected in practical life. But it is not easy to find an actual case in which an exchange operation can be performed without any economic sacrifices at all, even if they are confined only to the loss of time. Freight costs, loading charges, tolls, excise taxes, premiums for marine and other insurance, costs of correspondence, commissions and other sales costs, brokerage charges, weighages, packaging costs, storage charges, the entire cost of the commercial banking system, even the expenses of traders8 and all their employees, etc., are nothing but the various economic sacrifices which are required for the conduct of exchange operations and which absorb a portion of the economic gains resulting from the exploitation of existing exchange opportunities. Indeed, these economic sacrifices often render exchange impossible when it would be possible if only these “expenses,” in the general economic sense of the term, did not exist. Economic development tends to reduce these economic sacrifices, with the result that even between the most distant lands portion of the gain arising from the exploitation of the available opportunities for economic exchange transactions (op. cit., III, 23–25) is based on his erroneous ideas about the productivity of trade. more and more economic exchanges become possible which previously could not have taken place. Implicit in what has been said is an explanation of the source from which all the thousands of persons who are intermediaries in trade derive their incomes. Because they do not contribute directly to the physical augmentation of goods, their activity has often been considered unproductive. But an economic exchange contributes, as we have seen, to the better satisfaction of human needs and to the increase of the wealth of the participants just as effectively as a physical increase of economic goods. All persons who mediate exchange are therefore — provided always that the exchange operations are economic — just as productive as the farmer or manufacturer. For the end of economy is not the physical augmentation of goods but always the fullest possible satisfaction of human needs. Trades people contribute no less to the attainment of this end than persons who were, for a long time, and from a very one-sided point of view, exclusively called productive. --- # Principles of Economics, Chapter VI: Use Value and Exchange Value URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-vi/ Author: Carl Menger Year: 1871 Book: Principles of Economics ### 1. The Nature of Use Value and Exchange Value As long as the development of a people is so retarded economically that there is no significant amount of trade and the requirements of the various families for goods must be met directly from their own production, goods obviously have value to economizing individuals only if the goods are themselves capable of satisfying the needs of the isolated economizing individuals or their families directly.1 But when men become increasingly more aware of their economic interests, enter into trading relationships with one another, and begin to exchange goods for goods, a situation finally develops in which mit den Grundprincipien der Steuerlehre,” Zeitschrift für die gesammte Staatswissenschaft, XIX (1863), 53. possession of economic goods gives the possessors the power to obtain goods of other kinds by means of exchange. When this occurs, it is no longer absolutely necessary, if economizing individuals are to be assured of the satisfaction of their needs, that they have command of the particular goods that are directly necessary for the satisfaction of their particular needs. In this more developed social situation, economizing individuals can of course ensure the satisfaction of their needs as before by obtaining possession of the particular goods that will, when employed directly, produce the result that we call satisfaction of their needs. But they can also, in the new situation, bring this result about indirectly by obtaining command of goods that can, according to the existing economic situation, be exchanged for such other goods as they require for the direct satisfaction of their needs. The special requirement for the value of goods obtaining under isolated household economy ceases, therefore, to apply. Value, we saw, is the importance a good acquires for us when we are aware of being dependent on command of it for the satisfaction of one of our needs — that is, when we are conscious that a satisfaction would not take place if we did not have command of the good in question. Without the fulfillment of this condition, the existence of value is inconceivable. But value is not tied to the condition of a direct, to the exclusion of an indirect, assurance of our requirements. To have value, a good must assure the satisfaction of needs that would not be provided for if we did not have it at our command. But whether it does so in a direct or in an indirect manner is quite irrelevant when the existence of value in the general sense of the term is in question. The skin of a bear that he has killed has value to an isolated hunter only to the extent to which he would have to forgo the satisfaction of some need if he did not have the skin at his disposal. After he enters into trading relations, the skin has value to him for exactly the same reason. There is no difference between the two cases that in any way affects the essential nature of the phenomenon of value. For the only difference is that the hunter would be exposed to the injurious influences of the weather or would have to forgo the satisfaction of some other need for which the skin can be used in a direct fashion if it were unavailable to him in the first case, while he would have to forgo the satisfactions he could achieve by means of goods that are at his disposal indirectly (by way of exchange) because of his possession of the skin if it were unavailable to him in the second case. The value of the skin in the first case and its value in the second case are therefore only two different forms of the same phenomenon of economic life. In both cases value is the importance that goods acquire for economizing individuals when these individuals are aware of being dependent on command of them for the satisfaction of their needs. What lends a special character, in each of the two cases, to the phenomenon of value is the fact that goods acquire the importance, to the economizing individuals commanding them, that we call value by being employed directly in the first case and indirectly in the second. This difference is nevertheless of sufficient importance both in ordinary life and in our science in particular to require specific terms for each of the two forms of the one general value phenomenon. Thus we call value in the first case use value, and in the second case we call it exchange value.2 Use value, therefore, is the importance that goods acquire for us because they directly assure us the satisfaction of needs that would not be provided for if we did not have the goods at our command. Exchange value is the importance that goods acquire for us because their possession assures the same result indirectly. ### 2. The Relationship Between the Use Value and the Exchange Value of Goods In an isolated household economy, economic goods either have use value or they have no value at all to the economizing individuals possessing them. But even in a society that has undergone considerable cultural development and in which there is an active commerce, economic goods can frequently be observed that have no exchange value to the economizing individ- uals possessing them, even though their use value to these same persons is beyond all doubt. The crutches of a peculiarly deformed person, notes that can be used only by the writer who made them, family documents, and many similar goods, frequently have considerable use value to particular individuals But these same individuals would, in most cases, attempt in vain to satisfy any of their needs with these goods in an indirect fashion — that is, through exchange. In a developed civilization, the Opposite relationship occurs much more frequently. The spectacles and optical instruments kept in stock by an optical goods dealer usually have no use value to him, just as surgical instruments have none to the persons who produce and market them, and as books in foreign languages that can be understood only by a few scholars have none to booksellers. But all these goods, in view of the potential opportunities for exchange, ordinarily have a definite exchange value to these persons. In these and in all other cases where economic goods have either use value or exchange value but not both to the persons possessing them, the question as to which of the two is determining in the economic activity of the individuals concerned cannot arise. But these cases are only exceptions in the economic life of men. When commerce has developed to any appreciable extent, economizing individuals ordinarily have a choice between employing the economic goods at their command directly or employing them indirectly for the satisfaction of their needs. Economic goods usually have use value, therefore, as well as exchange value to their possessors. Most of the clothes, the pieces of furniture, the jewelry, and the thousands of other goods in our possession undoubtedly have use value to us. But it is just as certain that we can also apply them indirectly for the satisfaction of our needs when commerce has developed, and that they therefore also simultaneously have exchange value to us. It is true, as we have seen, that the importance of goods to us with respect to a direct employment and with respect to an indirect employment for the satisfaction of our needs are only different forms of a single general phenomenon of value. But their importance to us may simultaneously be very different in degree in the two forms. Agold cup will undoubtedly have a high exchange value to a poor man who has won it in a lottery. By means of the cup he will be in a position (in an indirect manner, through exchange) to satisfy many needs that would not otherwise be provided for. But the use value of the cup to him will scarcely be worth mentioning at all. Apair of glasses, on the other hand, adjusted exactly to the eyes of the owner, probably has a considerable use value to him, while its exchange value is usually very small. It is certain, then, that numerous cases can be observed in the economic life of men in which economic goods have use value and exchange value simultaneously to the economizing individuals possessing them, and that the two forms of value are often of different magnitudes. The question that arises is which of these two magnitudes is, in any given case, the one that determines the economic calculations and actions of men — or, in other words, which of the two forms of value is the economic form of value in the given instance. The solution to this question arises from reflection upon the nature of human economy and upon the nature of value. The leading idea in all the economic activity of men is the fullest possible satisfaction of their needs. If more important satisfactions of an economizing individual are assured by the direct use of a good than by its indirect use, it follows that more important needs of the individual would remain unsatisfied if he were to employ the good in an indirect fashion for the satisfaction of his needs than if he were to employ it directly. There can be no doubt that in this case the use value of the good will be determining in the economic calculations and actions of the economizing individual concerned, and that in the reverse case it will be the exchange value. In the first case, it is the satisfactions that are assured by a direct employment of the good that the economizing individual would choose if he had command of it; in the second case, it is the satisfactions that are assured by an indirect employment of the good that he would choose if he had command of it; hence in each case it is the satisfactions that would otherwise have taken place that he would be compelled to forgo if he did not have command of the good in question. In all cases, therefore, in which a good has both use value and ex- change value to its possessor, the economic value is the one that is the greater. But from what was said in Chapter IV, it is evident, in every instance in which the foundations for an economic exchange are present, that it is the exchange value of the good, and when this is not the case that it is the use value, that is the economic value. ### 3. Changes in the Economic Center of Gravity of the Value of Goods3 One of the most important tasks of economizing men is that of recognizing the economic value of goods — that is, of being clear at all times whether their use value or their exchange value is the economic value. The determination of which goods or what portions of them are to be retained and which it is in one’s best economic interest to offer for sale depends on this knowledge. But judging this relationship correctly is one of the most difficult tasks of practical economy, not only because a survey of all available use and exchange opportunities is required even in well developed markets, but also and above all because the factors on which a correct solution of this problem must be based are subject to a multitude of changes. It is clear that anything that diminishes the use value of a thing to us may, other things being equal, cause the exchange value of the good to become the economic form of value, and that anything that increases the use value of a good to us can have the effect of pushing the significance of its exchange value into the background. An increase or decrease in the exchange value of a good will, other things being equal, have the opposite effect. The chief causes of changes in the economic form of value are as follows: (1) Changes in the importance of the particular satisfaction that a good renders to the economizing individual who has it at his command, if its use value to him is increased or decreased by the change. Thus if a person loses his taste for tobacco or wine, the stock of tobacco or wine in his possession 3“Center of gravity” is the literal translation for “Schwerpunkt.” Menger’s title will take on a predominating exchange value for him. And men who have been hunting or sporting enthusiasts will sell their hunting utensils, hunting animals, etc., when their pastimes have lost their previous importance to them, the diminution in the use value of these goods having caused their exchange value to come to the fore in importance. Transitions from one stage of life to another especially are characterized by changes of this kind. Satisfaction of the same want has a different meaning to an adolescent than it has to a mature man, and a different meaning again to a mature man than it has to an old man. Even if no other factors existed, therefore, the natural course of human development would alone cause the use value of goods to undergo significant changes. The simple toys of the child lose their use value to the adolescent; the study materials used by the adolescent lose their use value to the mature man; and the instruments by which the mature man earns a living lose their use value to the old man. In each instance, the exchange value of the goods mentioned becomes predominant. Nothing is more common, therefore, than for an adolescent to sell the goods that had a predominating use value to him as a child. We see people entering maturity generally selling not only many of the means of enjoyment appropriate to adolescence but the study materials of their youth as well. Old men can be observed permitting not only many of the means of enjoyment of their prime that require strength and courage to use, but also the instruments they employed in earning a living (factories, business firms, etc.), to pass into other hands. If the economic phenomena that would appear to be the natural consequence of these facts do not appear as distinctly on the surface as we might expect, the reason is to be found in the family life of men. For the passage of goods from the older members of a family into the possession of younger members takes place, not as a result of monetary compensation, but as a result of affection. The family, with its special economic relations, is thus an essential factor in the stability of human economic relations. Increases in the use value of a good to its possessor naturally have the opposite effect. The owner of a forest, for example, to whom the yearly cut of timber has only exchange value, will probably immediately discontinue exchanging his timber for other goods if he constructs a blast furnace to melt iron and needs the full output of his timberland for its operation. An author who previously sold his work to publishers will not do so in the future if he founds his own magazine, and so on. (2) Mere changes in the properties of a good can shift the center of gravity of its economic importance if its use value to the possessor is altered by the change while its exchange value either remains unchanged or does not rise or fall to the same extent as its use value. Clothes, horses, dogs, coaches, and similar objects, usually lose their use value to wealthy people almost entirely if they have an externally visible defect. Their exchange value, although also decreased, comes to the fore in importance since the loss in their use value is usually greater to these persons than the loss in their exchange value. On the other hand, goods become altered in many instances in such a way that their exchange value, which previously was the economic form of value to the economizing individuals possessing them, recedes as compared with their use value. Thus innkeepers and grocers usually employ foods having some external defect for their own consumption, since the defect in these goods causes them to lose their exchange value almost completely while their use value often remains the same, or is at any rate not diminished to the same extent as their exchange value. The same phenomenon can be observed in other trades. Shoemakers, especially in smaller villages, often wear badly fitting shoes, tailors often wear imperfectly cut clothes, and hatters often wear hats in whose production some slight accident has occurred. (3) We come now to the third, and most important, cause of changes in the economic center of gravity of the value of goods. Irefer to increases in the quantities of goods at the disposal of economizing individuals. An increase in the quantity of a good a person has almost always, other things remaining the same, causes the use value of each unit of the good to him to diminish and its exchange value to become the more important. After the harvest, the exchange value of grain is almost without exception the economic form of value to farmers, and it remains so until, as a result of successive sales of portions of the grain, its use value again becomes the more important. The grain that farmers still possess in summer generally has a predominating use value to them. At another place in this work (Chapter IV, section 2) Ihave shown at what limit the importance of the exchange value of goods passes into the background as compared with their use value. To an heir, who is already equipped with sufficient furniture before his succession, and who finds still another large set of furniture in the legacy of his testator, many pieces of the furniture will have a very low use value (and some perhaps no use value at all) and will therefore acquire a predominating exchange value. The heir will continue to sell pieces of furniture until the pieces remaining in his possession again have a predominating use value. Adecrease in the quantity of a good available to an economizing individual will, on the other hand, generally cause its use value to him to increase, and thus cause the quantities of the good previously destined for exchange now to acquire a predominating use value. Of special importance in this connection is the effect of changes in total wealth. When commercial relations are well developed, an increase or decrease in wealth is equivalent, to the economizing individual experiencing the change, to an increase or decrease of almost every particular kind of economic good. Aman who becomes poor is forced to retrench in the satisfaction of almost all his needs. He will satisfy some needs less completely, quantitatively or qualitatively. Other needs he will perhaps not satisfy at all. If, after his impoverishment, there are any of the choicer consumption goods or articles of luxury in his possession, which previously contributed to the harmonic satisfaction of his needs, but which do not correspond to his changed circumstances, he will, if he is an economizing individual, sell them in order to use the proceeds to satisfy more important needs of himself and his family that would otherwise remain unsatisfied. People who have lost a large part of their wealth by unlucky speculations or as the result of other misfortunes actually sell their jewelry, works of art, and other objects of luxury, in order to provide themselves with the necessities of life. Increasing wealth has a similar but opposite effect, since many goods that previously had a predominating use value to their owners lose this use value, and the economic importance of their exchange value is pushed to the fore. Thus people who have suddenly become rich usually sell their simple furniture, their shabby trinkets, their inadequate houses, and many other goods that had previously had a predominating use value to them. --- # Principles of Economics, Chapter III: The Theory of Value URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-iii/ Author: Carl Menger Year: 1871 Book: Principles of Economics ### 1. The Nature and Origin of Value If the requirements for a good, in a time period over which the provident activity of men is to extend, are greater than the quantity of it available to them for that time period, and if they endeavor to satisfy their needs for it as completely as possible in the given circumstances, men feel impelled to engage in the activity described earlier and designated economizing. But their perception of this relationship gives rise to another phenomenon, the deeper understanding of which is of decisive importance for our science. Irefer to the value of goods. If the requirements for a good are larger than the quantity of it available, and some part of the needs involved must remain unsatisfied in any case, the available quantity of the good can be diminished by no part of the whole amount, in any way practically worthy of notice, without causing some need, previously provided for, to be satisfied either not at all or only less completely than would otherwise have been the case. The satisfaction of some one human need is therefore dependent on the availability of each concrete, practically significant, quantity of all goods subject to this quantitative relationship. If economizing men become aware of this circumstance (that is, if they perceive that the satisfaction of one of their needs, or the greater or less completeness of its satisfaction, is dependent on their command of each portion of a quantity of goods or on each individual good subject to the above quantitative relationship) these goods attain for them the significance we call value. Value is thus the importance that individual goods or quantities of goods attain for us because we are conscious of being dependent on command of them for the satisfaction of our needs.1 The value of goods, accordingly, is a phenomenon that springs from the same source as the economic character of goods — that is, from the relationship, explained earlier, between requirements for and available quantities of goods.2 But there is a difference between the two phenomena. On the one hand, perception of this quantitative relationship stimulates our provident activity, thus causing goods subject to this relationship to become objects of our economizing (i.e., economic goods). On the other hand, perception of the same relationship makes us aware that have been made to trace the differences between economic and non-economic goods back to economic goods being products of labor and objects of exchange and to non-economic goods being “free gifts of nature” and not objects of exchange. We reached the conclusion that the economic character of goods is not dependent on either of these two factors. The same thing is true of value. Like the economic character of goods, value is he result of the relationship between requirements and available quantities of goods to which reference has already been made several times. The same reasons that argue against defining economic goods as “products of labor” or “objects of exchange,” also rule out these criteria whenever it is a question of distinguishing between goods that do and goods that do not have value for us. of the significance that command of each concrete unit3 of the available quantities of these goods has for our lives and wellbeing, thus causing it to attain value for us.4 Just as a penetrating investigation of mental processes makes the cognition of external things appear to be merely our consciousness of the impressions made by the external things upon our persons, and thus, in the final analysis, merely the cognition of states of our own persons, so too, in the final analysis, is the importance that we attribute to things of the external world only an outflow of the importance to us of our continued existence and development (life and wellbeing). Value is therefore nothing inherent in goods, no property of them, but merely the importance that we first attribute to the satisfaction of our needs, that is, to our lives and well-being, and in consequence carry over to economic goods as the exclusive causes of the satisfaction of our needs. From this, it is also clear why only economic goods have value to us, while goods subject to the quantitative relationship responsible for non-economic character cannot attain value at all. The relationship responsible for the non-economic character of goods consists in requirements for goods being smaller than their available quantities. Thus there are always portions of the whole supply of non-economic goods that are related to no unsatisfied human need, and which can therefore lose their goods-character without impinging in any way on the satisfaction of human needs. Hence no satisfaction5 depends on our control of any one of the units of a good having non-economic “estimated utility,” arises from the doctrine of the abstract value of goods (see Karl Heinrich Rau, Grundsätze der Volkswirthschaftslehre, Heidelberg, 1847, pp. 79ff.). Aspecies can have useful properties that make its concrete units suitable for the satisfaction of human needs. Different species can have different degrees of utility in a given use (beech wood and willow wood as fuel, etc.). But neither the utility of a species nor the varying degree of utility of different species or subspecies can be called “value.” Not species as such, but only concrete things are available to economizing individuals. Only the latter, therefore, are goods, and only goods are objects of our economizing and of our valuation. See O. Michaelis, “Das Kapital vom Werthe,” Vierteljahrschrift für Volkswirthschaft, I (1863), 16ff. 5“Bedürfnissbefriedigung,” literally “need-satisfaction,” has been translated character, and from this it follows that definite quantities of goods subject to this quantitative relationship (non-economic goods) also have no value to us. If an inhabitant of a virgin forest has several hundred thousand trees at his disposal while he needs only some twenty a year for the full provision of his requirements for timber, he will not consider himself injured in any way, in the satisfaction of his needs, if a forest fire destroys a thousand or so of the trees, provided he is still in a position to satisfy his needs as completely as before pith the rest. In such circumstances, therefore, the satisfaction of none of his needs depends upon his command of any single tree, and for this reason a tree also has no value to him. But suppose there are also in the forest ten wild fruit trees whose fruit is consumed by the same individual. Suppose too, that the amount of fruit available to him is not larger than his requirements. Certainly then, not a single one of these fruit trees can be burned in the fire without causing him to suffer hunger as a result, or without at least causing him to be unable to satisfy his need for fruit as completely as before. For this reason each one of the fruit trees has value to him. If the inhabitants of a village need a thousand pails of water daily to meet their requirements completely, and a brook is at their disposal with a daily flow of a hundred thousand pails, a concrete portion of this quantity of water, one pail for instance, will have no value to them, since they could satisfy their needs for water just as completely if this partial amount were removed from their command, or if it were altogether to lose its goods-character. Indeed, they will let many thousands of pails of this good flow to the sea every day without in any way impairing satisfaction of their need for water. As long as the relationship responsible for the non-economic character of water continues, therefore, the satisfaction of none of their needs will depend upon their command of any one pail of water in such a way that the satisfaction of this need would not take place if they were not in a position to use that particular pail. For this reason a pail of water has no value to them. If, on the other hand, the daily flow of the brook were to fall to five hundred pails daily due to an unusual drought or other act of nature, and the inhabitants of the village had no other source of supply, the result would be that the total quantity then available would be insufficient to satisfy their full needs for water, and they could not venture to lose any part of that quantity, one pail for instance, without impairing the satisfaction of their needs. Each concrete portion of the quantity at their disposal would certainly then have value to them. Non-economic goods, therefore, not only do not have exchange value, as has previously been supposed in the literature of our subject, but no value at all, and hence no use value. Ishall attempt to explain the relationship between exchange value and use value in greater detail later, when Ihave dealt with some of the principles relevant to their consideration. For the time being, let it be observed that exchange value and use value are two concepts subordinate to the general concept of value, and hence coordinate in their relations to each other. All that Ihave already said about value in general is accordingly as valid for use value as it is for exchange value. If then, a large number of economists attribute use value (though not exchange value) to non-economic goods, and if some recent English and French economists even wish to banish the concept use value entirely from our science and see it replaced with the concept utility, 6 their desire rests on a mis- unless the meaning he attaches to it is kept constantly in mind. This meaning does not permit him to use the term in designating the concept now called “marginal utility.” Athing has “utility” (in Menger’s sense of the term) if all the available units of the thing together yield a total utility (in our sense of the term) greater than zero even if the thing’s marginal utility (in our sense) is zero. In general, he contends that the concept “utility” is entirely objective and lacking in psychological content. He pictures it as an abstract relation between a species of goods and a human need (in a general sense as distinguished from the “concrete needs” of an individual — see note 4 of Chapter II). Utility is therefore, according to Menger, merely a prerequisite of goods-character (and hence of economic character), but understanding of the important difference between the two concepts and the actual phenomena underlying them. Utility is the capacity of a thing to serve for the satisfaction of human needs, and hence (provided the utility is recognized) it is a general prerequisite of goods-character. Non-economic goods have utility as well as economic goods, since they are just as capable of satisfying our needs. With these goods also, their capacity to satisfy needs must be recognized by men, since they could not otherwise acquire goods-character. But what distinguishes a non-economic good from a good subject to the quantitative relationship responsible for economic character is the circumstance that the satisfaction of human needs does not depend upon the availability of concrete quantities of the former but does depend upon the availability of concrete quantities of the latter. For this reason the former possesses utility, but only the latter, in addition to utility, possesses also that significance for us that we call value. Of course the error underlying the confusion of utility and use value has had no influence on the practical activity of men. At no time has an economizing individual attributed value under ordinary circumstances to a cubic foot of air or, in regions abounding in springs, to a pint of water. The practical man distinguishes very well the capacity of an object to satisfy one of his needs from its value. But this confusion has become an enormous obstacle to the development of the more general theories of our science.7 The circumstance that a good has value to us is attributable, as we have seen, to the fact that command of it has for us the significance of satisfying a need that would not be provided for if we did not have command of the good. Our needs, at any rate in part, at least as concerns their origin, depend upon our wills or on our habits. Once the needs have come into existence, however, there is no further arbitrary element in the value goods have for us, for their value is then the necessary consequence of our knowledge of their importance for our lives or well-being. It would be impossible, therefore, for us to regard a is an irreconcilable contradiction between use value and exchange value. good as valueless when we know that the satisfaction of one of our needs depends on having it at our disposal. It would also be impossible for us to attribute value to goods when we know that we are not dependent upon them for the satisfaction of our needs. The value of goods is therefore nothing arbitrary, but always the necessary consequence of human knowledge that the maintenance of life, of well-being, or of some ever so insignificant part of them, depends upon control of a good or a quantity of goods. Regarding this knowledge, however, men can be in error about the value of goods just as they can be in error with respect to all other objects of human knowledge. Hence they may attribute value to things that do not, according to economic considerations, possess it in reality, if they mistakenly assume that the more or less complete satisfaction of their needs depends on a good, or quantity of goods, when this relationship is really nonexistent. In cases of this sort we observe the phenomenon of imaginary value. The value of goods arises from their relationship to our needs, and is not inherent in the goods themselves. With changes in this relationship, value arises and disappears. For the inhabitants of an oasis, who have command of a spring that abundantly meets their requirements for water, a certain quantity of water at the spring itself will have no value. But if the spring, as the result of an earthquake, should suddenly decrease its yield of water to such an extent that the satisfaction of the needs of the inhabitants of the oasis would no longer be fully provided for, each of their concrete needs for water would become dependent upon the availability of a definite quantity of it, and such a quantity would immediately attain value for each inhabitant. This value would, however, suddenly disappear if the old relationship were reestablished and the spring regained its former yield of water. Asimilar result would ensue if the population of the oasis should increase to such an extent that the water of the spring would no longer suffice for the satisfaction of all needs. Such a change, due to the increase of consumers, might even take place with a certain regularity at such times as the oasis was visited by numerous caravans. Value is thus nothing inherent in goods, no property of them, nor an independent thing existing by itself. It is a judgment economizing men make about the importance of the goods at their disposal for the maintenance of their lives and well-being. Hence value does not exist outside the consciousness of men. It is, therefore, also quite erroneous to call a good that has value to economizing individuals a “value,” or for economists to speak of “values” as of independent real things, and to objectify value in this way. For the entities that exist objectively are always only particular things or quantities of things, and their value is something fundamentally different from the things themselves; it is a judgment made by economizing individuals about the importance their command of the things has for the maintenance of their lives and well-being. Objectification of the value of goods, which is entirely subjective in nature, has nevertheless contributed very greatly to confusion about the basic principles of our science. ### 2. The Original Measure of Value In what has preceded, we have directed our attention to the nature and ultimate causes of value — that is, to the factors common to value in all cases. But in actual life, we find that the values of different goods are very different in magnitude, and that the value of a given good frequently changes. An investigation of the causes of differences in the value of goods and an investigation of the measure of value are the subjects that will occupy us in this section. The course of our investigation is determined by the following consideration. The goods at our disposal have no value to us for their own sakes. On the contrary, we have seen that only the satisfaction of our needs has importance to us directly, since our lives and wellbeing are dependent on it. But Ihave also explained that men attribute this importance to the goods at their disposal if the goods ensure them the satisfaction of needs that would not be provided for if they did not have command of them — that is, they attribute this importance to economic goods. In the value of goods, therefore, we always encounter merely the significance we assign to the satisfaction of our needs — that is, to our lives and well-being. If Ihave adequately described the nature of the value of goods, if it has been established that in the final analysis only the satisfaction of our needs has importance to us, and if it has been established too that the value of all goods is merely an imputation of this importance to economic goods, then the differences we observe in the magnitude of value of different goods in actual life can only be founded on differences in the magnitude of importance of the satisfactions that depend on our command of these goods. To reduce the differences that we observe in the magnitude of value of different goods in actual life to their ultimate causes, we must therefore perform a double task. We must investigate: (1) to what extent different satisfactions have different degrees of importance to us (subjective factor), and (2) which satisfactions of concrete needs depend, in each individual case, on our command of a particular good (objective factor). If this investigation shows that separate satisfactions of concrete needs have different degrees of importance to us, and that these satisfactions, of such different degrees of importance, depend on our command of particular economic goods, we shall have solved our problem. For we shall have reduced the economic phenomenon whose explanation we stated to be the central problem of this investigation to its ultimate causes. Imean differences in the magnitude of value of goods. With an answer to the question as to the ultimate causes of differences in the value of goods, a solution is also provided to the problem of how it comes about that the value of each of the various goods is itself subject to change. All change consists of nothing but differences through time. Hence, with a knowledge of the ultimate causes of the differences between the members of a set of magnitudes in general, we also obtain a deeper insight into their changes. A. Differences in the magnitude of importance of different satisfactions (subjective factor). As concerns the differences in the importance that different satisfactions have for us, it is above all a fact of the most common experience that the satisfactions of greatest importance to men are usually those on which the maintenance of life de- pends, and that other satisfactions are graduated in magnitude of importance according to the degree (duration and intensity) of pleasure dependent upon them. Thus if economizing men must choose between the satisfaction of a need on which the maintenance of their lives depends and another on which merely a greater or less degree of well-being is dependent, they will usually prefer the former. Similarly, they will usually prefer satisfactions on which a higher degree of their well-being depends. With the same intensity, they will prefer pleasures of longer duration to pleasures of shorter duration, and with the same duration, pleasures of greater intensity to pleasures of less intensity. The maintenance of our lives depends on the satisfaction of our need for food, and also, in our climate, on clothing our bodies and having shelter at our disposal. But merely a higher degree of well-being depends on our having a coach, a chessboard, etc. Thus we observe that men fear the lack of food, clothing, and shelter much more than the lack of a coach, a chessboard, etc. They also attribute a substantially higher importance to securing satisfaction of the former needs than they attribute to the satisfaction of needs on which, as in the cases just mentioned, only a passing enjoyment or increased comfort (that is, merely a higher degree of their well-being) depends. But these satisfactions also have very different degrees of importance. The maintenance of life depends neither on having a comfortable bed nor on having a chessboard, but the use of these goods contributes, and certainly in very different degrees, to the increase of our well-being. Hence there can also be no doubt that, when men have a choice between doing without a comfortable bed or doing without a chessboard, they will forgo the latter much more readily than the former. We have thus seen that different satisfactions are very unequal in importance, since some are satisfactions that have the full importance to men of maintaining their lives, others are satisfactions that determine their well-being in a higher degree, still others in a less degree, and so on down to satisfactions on which some insignificant passing enjoyment depends. But careful examination of the phenomena of life shows that these differences in the importance of different satisfactions can be ob- served not only with the satisfaction of needs of different kinds but also with the more or less complete satisfaction of one and the same need. The lives of men depend on satisfaction of their need for food in general. But it would be entirely erroneous to regard all the foods they consume as being necessary for the maintenance of their lives or even their health (that is, for their continuing wellbeing). Everyone knows how easy it is to skip one of the usual meals without endangering life or health. Indeed, experience shows that the quantities of food necessary to maintain life are only a small part of what well-to-do persons as a rule consume, and that men even take much more food and drink than is necessary for the full preservation of health. Men consume food for several reasons: above all, they take food to maintain life; beyond this, they take further quantities to preserve health, since a diet sufficient merely to maintain life is too sparing, as experience shows, to avoid organic disorders; finally, having already consumed quantities sufficient to maintain life and preserve health, men further partake of foods simply for the pleasure derived from their consumption. The separate concrete acts of satisfying the need for food accordingly have very different degrees of importance. The satisfaction of every man’s need for food up to the point where his life is thereby assured has the full importance of the maintenance of his life. Consumption exceeding this amount, again up to a certain point, has the importance of preserving his health (that is, his continuing well-being). Consumption extending beyond even this point has merely the importance — as observation shows — of a progressively weaker pleasure, until it finally reaches a certain limit at which satisfaction of the need for food is so complete that every further intake of food contributes neither to the maintenance of life nor to the preservation of health — nor does it even give pleasure to the consumer, becoming first a matter of indifference to him, eventually a cause of pain, a danger to health, and finally a danger to life itself. Similar observations can be made with respect to the more or less complete satisfaction of all other human needs. Aroom, or at least some place to sleep protected from the weather, is necessary in our climate for the maintenance of life, and reasonably spacious quarters for the preservation of health. In addition, however, men usually possess further accommodations, if they have the means, merely for purposes of pleasure (drawing rooms, ballrooms, playrooms, pavilions, hunting lodges, etc.). Thus it is not difficult to recognize that the separate concrete acts of satisfying the need for shelter have very different degrees of importance. Up to a certain point, our lives depend on satisfying our need for shelter. Beyond this, our health depends on a more complete satisfaction. And still further attempts to satisfy the same need will bring at first a greater and then a smaller enjoyment, until eventually a point can be conceived, for each person, at which the further employment of available accommodations would become a matter of complete indifference to him, and finally even burdensome. It is possible, therefore, with respect to the more or less complete satisfaction of one and the same need, to make an observation similar to the one made earlier with respect to the different needs of men. We saw earlier that the different needs of men are very unequal in importance of satisfaction, being graduated from the importance of their lives down to the importance they attribute to a small passing enjoyment. We see now, in addition, that the satisfaction of any one specific need has, up to a certain degree of completeness, relatively the highest importance, and that further satisfaction has a progressively smaller importance, until eventually a stage is reached at which a more complete satisfaction of that particular need is a matter of indifference. Ultimately a stage occurs at which every act having the external appearance of a satisfaction of this need not only has no further importance to the consumer but is rather a burden and a pain. In order to restate the preceding argument numerically, to facilitate comprehension of the subsequent difficult investigation, Ishall designate the importance of satisfactions on which life depends with 10, and the smaller importance of the other satisfactions successively with 9, 8, 7, 6, etc. In this way we obtain a scale of the importance of different satisfactions that begins with 10 and ends with 1. Let us now, for each of these different satisfactions, give nu- merical expression to the additional importance, diminishing by degrees from the figure indicating the extent to which the particular need is already satisfied, of further acts of satisfaction of that particular need. For satisfactions on which, up to a certain point, our lives depend, and on which, beyond this point, a well-being is dependent that steadily decreases with the degree of completeness of the satisfaction already achieved, we obtain a scale that begins with 10 and ends with 0. Similarly, for satisfactions whose highest importance is 9, we obtain a scale that begins with this figure and also ends with 0, and so on. The ten scales obtained in this way are given in the following table:8 different commodities (or classes of commodities) consumed by a single individual. The successive figures down each vertical column represent successive additions to total satisfaction resulting from increased consumption of the designated commodity. Menger does not, however, explicitly name his independent variable at the outset, and the reader is left to find it for himself in the discussion that follows. At times, Menger states vaguely that the successive additions to total satisfaction are the result of successive “acts of satisfaction,” but later (p. 130) he makes it clear that they are the result of successive equal additions to the quantity of the commodity consumed. This is not the end of the matter, however. In the paragraph following the table, Menger compares the figures of one column with those of another column when he argues that, after a fifth unit (?) of food has been consumed, the individual of the table faces the fact that a sixth unit of food will give him less additional satisfaction than would be given by a first unit of tobacco, and that he must therefore bring his consumption of the two commodities into equilibrium. Such a comparison is not valid unless a unit of tobacco and a unit of food are so defined that both are to be obtained with an equal expenditure of some other resource (such as labor or money), since otherwise the two units would not constitute alternatives between which the individual must choose. Aminimum model meeting Menger’s discussion requires, therefore, the following assumptions: (1) The economizing individual of the table is able not only to rank his satisfactions but also to assign cardinal indices to their relative degrees of importance. In other words, he is able to compare different satisfactions in terms of a homogeneous unit of satisfaction. (See also the summary of principles on p. 139 and the discussion in Ch. IV, Sec. 2.) III III IV VVI VII VIII IX Suppose that the scale in column Iexpresses the importance to some one individual of satisfaction of his need for food, this importance diminishing according to the degree of satisfaction already attained, and that the scale in column Vexpresses similarly the importance of his need for tobacco. It is evident that satisfaction of his need for food, up to a certain degree of completeness, has a decidedly higher importance to this individual than satisfaction of his need for tobacco. But if his need for food is already satisfied up to a certain degree of completeness (if, for example, a further satisfaction of his need for food has only the importance to him that we designated numerically by the figure 6), consumption of tobacco begins to have the same importance to him as further satisfaction of his need for food. The individual will therefore endeavor, from this point on, to bring the satisfaction of his need for tobacco into equilibrium with satisfaction of his need for food. Although satisfaction of his need for food in general has a substantially higher importance to the individual in question than satisfaction of his need for tobacco, with the progressive satisfaction of the former a stage nevertheless comes (as is illustrated in the table) at which further acts of satisfaction of his need for food have a smaller (2) The satisfaction from the consumption of each commodity is independent of the amount of consumption of other commodities. (3) Successive additions to total satisfaction in each vertical column are the result of successive equal additions to the amount of the commodity consumed. (4) Additional amounts of the different commodities are all to be obtained by importance to him than the first acts of satisfying his need for tobacco, which although less important in general is at this stage still wholly unsatisfied. By this reference to an ordinary phenomenon of life, Ibelieve Ihave clarified satisfactorily the meaning of the numbers in the table, which were chosen merely to facilitate demonstration of a difficult and previously unexplored field of psychology. The varying importance that satisfaction of separate concrete needs has for men is not foreign to the consciousness of any economizing man, however little attention has hitherto been paid by scholars to the phenomena here treated. Wherever men live, and whatever level of civilization they occupy, we can observe how economizing individuals weigh the relative importance of satisfaction of their various needs in general, how they weigh especially the relative importance of the separate acts leading to the more or less complete satisfaction of each need, and how they are finally guided by the results of this comparison into activities directed to the fullest possible satisfaction of their needs (economizing). Indeed, this weighing of the relative importance of needs — this choosing between needs that are to remain unsatisfied and needs that are, in accordance with the available means, to attain satisfaction, and determining the degree to which the latter are to be satisfied — is the very part of the economic activity of men that fills their minds more than any other, that has the most far-reaching influence on their economic efforts, and that is exercised almost continually by every economizing individual. But human knowledge of the different degrees of importance of satisfaction of different needs and of separate acts of satisfaction is also the first cause of differences in the value of goods. B. The dependence of separate satisfactions on particular goods (objective factor). If, opposite each particular concrete need of men, there was but a single available good, and that good was suitable exclusively for the satisfaction of the one need (so that, on the one side, satisfaction of the need would not take place if the particular good were not at our disposal, and on the other side, the good would be capable of serving for the satisfaction of that concrete need and no other) the determination of the value of the good would be very easy; it would be equal to the importance we attribute to satisfaction of that need. For it is evident that whenever we are dependent, in satisfying a given need, on the availability of a certain good (that is, whenever this satisfaction would not take place if we did not have the good at our disposal) and when that good is, at the same time, not suitable for any other useful purpose, it can attain the full but never any other importance than that which the given satisfaction has for us. Hence, according to whether the importance of the given satisfaction to us, in a case such as this, is greater or smaller, the value of the particular good to us will be greater or smaller. If, for instance, a myopic individual were cast away on a lonely island and found among the goods he had salvaged just one pair of glasses correcting his myopia but no second pair, there is no doubt that these glasses would have the full importance to him that he attributes to corrected eye-sight, and just as certainly no greater importance, since the glasses would hardly be suitable for the satisfaction of other needs. But in ordinary life the relationship between available goods and our needs is generally much more complicated. Usually not a single good but a quantity of goods stands opposite not a single concrete need but a complex of such needs. Sometimes a larger and sometimes a smaller number of satisfactions, of very different degrees of importance, depends on our command of a given quantity of goods, and each one of the goods has the ability to produce these satisfactions differing so greatly in importance. An isolated farmer, after a rich harvest, has more than two hundred bushels of wheat at his disposal. Aportion of this secures him the maintenance of his own and his family’s lives until the next harvest, and another portion the preservation of health; a third portion assures him seed-grain for the next seeding; a fourth portion may be employed for the production of beer, whiskey, and other luxuries; and a fifth portion may be used for the fattening of his cattle. Several remaining bushels, which he cannot use further for these more important satisfac- tions, he allots to the feeding of pets in order to make the balance of his grain in some way useful. The farmer is, therefore, dependent upon the grain in his possession for satisfactions of very different degrees of importance. At first he secures with it his own and his family’s lives, and then his own and his family’s health. Beyond this, he secures with it the uninterrupted operation of his farm, an important foundation of his continuing welfare. Finally, he employs a portion of his grain for purposes of pleasure, and in so doing is again employing his grain for purposes that are of very different degrees of importance to him. We are thus considering a case — one that is typical of ordinary life — in which satisfactions of very different degrees of importance depend on the availability of a quantity of goods that we shall assume, for the sake of greater simplicity, to be composed of completely homogeneous units. The question that now arises is: what, under the given conditions, is the value of a certain portion of the grain to our farmer? Will the bushels of grain that secure his own and his family’s lives have a higher value to him than the bushels that enable him to seed his fields? And will the latter bushels have a greater value to him than the bushels of grain he employs for purposes of pleasure? No one will deny that the satisfactions that seem assured by the various portions of the available supply of grain are very unequal in importance, ranging from an importance of 10 to an importance of 1 in terms of our earlier designations. Yet no one will be able to maintain that some bushels of grain (those, for instance, with which the farmer will nourish himself and his family till the next harvest) will have a higher value to him than other bushels of the same quality (those, for instance, from which he will make luxury beverages). In this and in every other case where satisfactions of different degrees of importance depend on command of a given quantity of goods, we are, above all, faced with the difficult question: which particular satisfaction is dependent on a particular portion of the quantity of goods in question? The solution of this most important question of the theory of value follows from reflection upon human economy and the nature of value. We have seen that the efforts of men are directed toward fully satisfying their needs, and where this is impossible, toward satisfying them as completely as possible. If a quantity of goods stands opposite needs of varying importance to men, they will first satisfy, or provide for, those needs whose satisfaction has the greatest importance to them. If there are any goods remaining, they will direct them to the satisfaction of needs that are next in degree of importance to those already satisfied. Any further remainder will be applied consecutively to the satisfaction of needs that come next in degree of importance.9 If a good can be used for the satisfaction of several different kinds of needs, and if, with respect to each kind of need, successive single acts of satisfaction each have diminishing importance according to the degree of completeness with which the need in question has already been satisfied, economizing men will first employ the quantities of the good that are available to them to secure those acts of satisfaction, without regard to the kind of need, which have the highest importance for them. They will employ any remaining quantities to secure satisfactions of concrete needs that are next in importance, and any further remainder to secure successively less important satisfactions. The end result of this procedure is that the most important of the satisfactions that cannot be achieved have the same importance for every kind of need, and hence that all needs are being satisfied up to an equal degree of importance of the separate acts of satisfaction. We have been asking what value a given unit of a quantity of goods possessed by an economizing individual has for him. Our question can be more precisely stated with respect to the nature of value if it is stated in this form: which satisfaction would not be attained if the economizing individual did not have the given unit at his disposal — that is, if he were to have command of a total amount smaller by that one unit? The answer, which follows from the previous exposition of the nature of human economy, is that every economizing individual would in this case, with the quantity of goods yet remaining to him, by all means satisfy his more important needs and forgo satisfaction of the less important ones. Thus, of all the satisfac- tions previously obtained, only the one that has the smallest importance to him would now be unattained. Accordingly, in every concrete case, of all the satisfactions secured by means of the whole quantity of a good at the disposal of an economizing individual, only those that have the least importance to him are dependent on the availability of a given portion of the whole quantity. Hence the value to this person of any portion of the whole available quantity of the good is equal to the importance to him of the satisfactions of least importance among those assured by the whole quantity and achieved with an equal portion.10 Suppose that an individual needs 10 discrete units (or 10 measures) of a good for the full satisfaction of all his needs for that good, that these needs vary in importance from 10 to 1, but that he has only 7 units (or only 7 measures) of the good at his command. From what has been said about the nature of human economy it is directly evident that this individual will satisfy only those of his needs for the good that range in importance from 10 to 4 with the quantity at his command (7 units), and that the other needs, ranging in importance from 3 to 1, will remain unsatisfied. What is the value to the economizing individual in question of one of his 7 units (or measures) in this case? According to what we have learned about the nature of the value of goods, this question is equivalent to the question: what is the importance of the satisfactions that would be unattained if the individual concerned were to have only 6 instead of 7 units (or measures) at his command. If some accident were to deprive him of one of his seven goods (or measures), it is clear that the person in question would use the remaining 6 units to satisfy the more important needs and would neglect the least important one. Hence the result of losing one good (or one measure) would be that only the least of all the satisfactions assured by the whole available quantity of seven units (i.e., the satisfaction whose importance was designated as 4) would be lost, while those satisfactions (or acts of satisfying needs) whose importance ranges from 10 to 5 would take place as gle unit (or measure), and as long as the individual in question continues to have command of 7 units (or measures) of the good, the value of each unit (or measure) will be equal to the importance of this satisfaction. For it is only this satisfaction with an importance of 4 that depends on one unit (or measure) of the available quantity of the good. Other things being equal, if only 5 units (or measures) of the good were available to the economizing individual in question, it is evident that — as long as this economic situation persisted — each discrete unit or partial quantity of the good would have an importance to him expressed numerically by the figure 6. If he had 3 units, each one would have an importance to him expressed numerically by the figure 8. Finally, if he had but a single good, its importance would be equal to 10. Examination of a number of particular cases will fully elucidate the principles here set forth, and Ido not wish to shirk this important task, even though Iknow that Ishall appear tiresome to some readers. Following in the path of Adam Smith, Iwill risk some tediousness to gain clarity of exposition. To begin with the simplest case, suppose that an isolated economizing individual inhabits a rocky island in the sea, that he finds only a single spring on the island, and that he is exclusively dependent upon it for satisfaction of his need for fresh water. Assume that this isolated individual needs: (a) one unit of water daily for the maintenance of his life, (b) nineteen units for the animals whose milk and meat provide him with the most necessary means of subsistence, (c) forty units, partly so that he may consume the full quantity necessary to the maintenance not only of his life but also his health; partly, to the extent necessary for the continuance of his health and general well-being, to clean his body, his clothes, and his implements; and partly for the support of some additional animals whose milk and meat he finds needful, and finally (d) forty additional units of water daily, partly for his flower garden, and partly for some animals, which he keeps, not for the maintenance of his life and health, but simply for the purpose of a more varied diet, or for mere companionship. Assume too that he does not know how to employ more than this total of one hundred units of water. As long as the spring provides water so copiously that he can not only satisfy all his needs for water but let several thousand pails flow into the sea every day, and thus as long as the satisfaction of none of his needs depends upon whether he has one unit more or one unit less (e.g., one pail full) at his disposal, a unit of water will, as we have seen, have neither economic character nor value to him, and thus there can be no question of the magnitude of its value. But if some natural event should now suddenly cause the spring to become partially exhausted, and if our island dweller should, as a result, have only 90 units of water at his disposal while he continues to require 100 units for the full satisfaction of his needs, it is clear that some satisfaction would then be dependent on the availability of each portion of the whole supply of water, and hence that each particular unit of water would attain that significance for him that we call value. If we now, however, ask which of his satisfactions is, in this case, dependent on a given portion of the 90 units of water available to him, on 10 units for instance, our question takes the following form: which satisfactions of our isolated individual would not be attained if he did not have this given portion of the supply at his disposal — that is, if he should have only 80 instead of go units? Nothing is more certain than that our economizing individual would continue, even if he had only 80 units of water available daily, to consume the quantity necessary for the preservation of his life, and as much more as will maintain as many animals as are indispensable for keeping him alive. Since these purposes require only 20 units of water daily, he would apply the remaining 60 units first to the satisfaction of all the needs on which his health and his continuing general well-being depend. Since for this purpose he requires a total of only 40 pails of water daily, he would have 20 units left, which could be employed for purposes of mere enjoyment. The last 20 units could thus maintain either his flower garden or the animals he owns purely for pleasure. He would certainly choose, from the two satisfactions, the one appearing to him to be the more important, and would neglect the less important one. When our Crusoe has 90 units of water available to him daily, the question whether he will continue to have this quantity or 10 units less at his disposal is, for him, equivalent to the question whether or not he will be in a position to continue to satisfy the least important needs that are being satisfied with 10 units of water daily. As long, therefore, as a total quantity of go units continues at his disposal, 10 units of water will have only the importance of these least important satisfactions — that is, only the importance of relatively insignificant enjoyments. Suppose now that the spring supplying the individual of the isolated economy with water is even further exhausted, to such an extent indeed, that only forty units of water are available to him daily. Now again, just as before, the maintenance of his life and well-being will depend on the availability of this whole quantity of water. But the situation has changed in an important respect. If earlier some one of his pleasures or comforts depended on the availability of each, in any way practically significant, part of the whole supply (one unit, for instance), now the question of a unit more or a unit less of water being available per day is, for our Crusoe, already a question of the more or less complete maintenance of his health or general well-being. In other words, if he should lose one unit, the effect would be that he could no longer satisfy one of the needs on whose satisfaction the preservation of his health and his continuing general well-being depend. If a single pail of water had no value whatsoever to our Crusoe as long as he had several hundred pails at his disposal daily, and if later, when he had only go units daily, each unit had only the importance of some particular enjoyment dependent upon it, now each part of the forty units still available has the importance to him of much more important satisfactions. For now the satisfaction of needs whose non-satisfaction impairs his health and continuing well-being depends on each one of the forty units. But the value of each quantity of goods is equal to the importance of the satisfactions that depend on it. If the value of one unit of water to our Crusoe was at first equal to zero, and in the second case equal to one, it would now already be expressed numerically by something like the figure six. Suppose, with continued drought, the spring should become more and more exhausted, and finally yield just the amount of water daily that is required barely to support the life of this isolated individual (hence in our case approximately 20 units, since he requires that much for himself and for those animals of his herd without whose milk and meat he cannot keep alive). In such a case, it is clear that each practically significant quantity of water available to him would have the full importance of the maintenance of his life. Hence a unit of water would have a still higher value than before, a value expressed numerically by the figure 10. Thus, in the first of our cases, we saw that as long as the individual had several thousand pails of water at his disposal daily, a small portion of this quantity, one pail for instance, had no value to him at all because no kind of satisfaction depended on any single pail. In the second case, we saw that a concrete unit of the go units available to him already had the importance of certain minor enjoyments, since the least important satisfactions that depended on go units were these enjoyments. In the third case, when only 40 units of water a day were at his disposal, we saw that more important satisfactions were dependent on each concrete unit. In the fourth case, still more important satisfactions became dependent on each concrete unit. In each succeeding case, we saw the value of the remaining units rising successively as more important satisfactions became dependent on them. To pass on to more complicated (social) relationships, suppose that a sailing ship still has 20 days of sailing to reach land, that by some accident its stores of food are almost completely lost, and that only such a quantity of some one variety of food, biscuits for instance, is left for each of the shipmates as is just sufficient for the preservation of his life for the 20 days. This is a case in which given needs of the persons on the sailing ship stand opposite command of just the precise quantity of a given good that makes the satisfaction of these needs wholly dependent on the available quantity of the good. If it is assumed that the lives of the voyagers can be maintained only if each of them consumes a half pound of biscuits daily, and that each voyager has actual possession of 10 pounds of biscuits, then this quantity of food will have for each voyager the full importance of maintaining his life. Under such conditions, no one who prizes his own life at all could be prevailed upon to surrender this quantity of goods, or even any appreciable part of it, for any goods other than foodstuffs, even for the most valuable goods of ordinary life. If, for example, a rich man travelling on the boat should offer a pound of gold for the same weight of biscuits to alleviate the pangs of hunger inevitable with such scant rations, he would find none of his shipmates ready to accept such a bargain. Suppose next that the voyagers on the ship have command of another five pounds of ship’s biscuits each, in addition to the 10 pounds already mentioned. In this case their lives would no longer depend on their command of a single pound of biscuits, since one pound could be withdrawn from their control, or exchanged by them for goods other than foodstuffs, without endangering their lives. Even though their very lives would no longer depend on one pound of the food, a pound of it would nevertheless constitute a protection against the pangs of hunger, as well as a means to the preservation of their health, since such scanty nourishment, continued for twenty days, as would be the fare of all persons having only ten pounds of biscuits at their disposal, would unquestionably have an injurious effect on their wellbeing. Under such circumstances, although a single pound of biscuits would no longer have the importance to them of maintaining their lives, it would nevertheless have the importance everyone attaches to the preservation of his health and well-being, insofar as these depend on a single pound of biscuits. Let us assume, finally, that the galley of the ship has been completely denuded of all its food stores; that the voyagers are also without any food of their own; that the ship is laden with a cargo of several thousand hundred-weight of biscuits; and that the captain of the ship, in consideration of the unfortunate situation of the voyagers as a result of this calamity, authorizes everyone to nourish himself at will with biscuits. The voyagers will, of course, take the biscuits to still their hunger. But no one will doubt that a palatable piece of meat would, in such a case, have considerable value to a voyager whose entire fare for twenty days would otherwise consist of biscuits alone, while a pound of biscuits would have an extraordinarily small value, and perhaps no value at all. Why did command of a pound of biscuits have the full importance of maintaining his life to each voyager in the first of these cases, still a very great importance in the second case, but no importance whatsoever, or at any rate only an exceedingly slight importance, in the third case? The needs of the voyagers remained the same in all three cases, since neither their personalities nor their requirements changed. What did change, however, was the quantity of food standing opposite these requirements in each case. Opposite identical requirements for food on the part of the voyagers, there were ten pounds of food per person in the first case, a larger quantity in the second case, and a still larger quantity in the third case. Hence, from one case to the next, the importance of the satisfactions that were dependent on single units of the food declined progressively. But what we have been able to observe here, at first with an isolated individual, and then in a small group temporarily isolated from the rest of humanity, is equally valid for the more complex interrelationships of a people and of human society in general. The situation of the inhabitants of a country after a crop failure, after an average crop, and finally, in a year following a bumper crop, presents relationships analogous in nature to those described above. Here also, opposite certain definite requirements, there is a smaller available quantity of food in the first case than in the second, and a smaller one in the second case than in the third. Hence, in these cases also, the importance of the satisfactions that depend on single units of the whole supply varies considerably. If an elevator with 100,000 bushels of wheat burns down in a country that has just had a bumper crop, the effect of the calamity will at most be that less alcohol will be produced, or that the poorer part of the population will at worst be fed somewhat more scantily, without suffering deprivation; if the calamity occurs after an average crop, many people will already have to forgo more important satisfactions; and if the misfortune coincides with a famine, a great many people will die of hunger. In each of the three cases, satisfactions of very different degrees of importance depend on each concrete unit of the grain available to the people concerned, and for this reason the value of a unit of grain varies greatly in the three cases. If we summarize what has been said, we obtain the following principles as the result of our investigation thus far: (1) The importance that goods have for us and which we call value is merely imputed. Basically, only satisfactions have importance for us, because the maintenance of our lives and well-being depend on them. But we logically impute this importance to the goods on whose availability we are conscious of being dependent for these satisfactions. (2) The magnitudes of importance that different satisfactions of concrete needs (the separate acts of satisfaction that can be realized by means of individual goods) have for us are unequal, and their measure lies in the degree of their importance for the maintenance of our lives and welfare. (3) The magnitudes of the importance of our satisfactions that are imputed to goods — that is, the magnitudes of their values — are therefore also unequal, and their measure lies in the degree of importance that the satisfactions dependent on the goods in question have for us. (4) In each particular case, of all the satisfactions assured by the whole available quantity of a good, only those that have the least importance to an economizing individual are dependent on command of a given portion of the whole quantity. (5) The value of a particular good or of a given portion of the whole quantity of a good at the disposal of an economizing individual is thus for him equal to the importance of the least important of the satisfactions assured by the whole available quantity and achieved with any equal portion. For it is with respect to these least important satisfactions that the economizing individual concerned is dependent on the availability of the particular good, or given quantity of a good.11 Thus, in our investigation to this point, we have traced the differences in the value of goods back to their ultimate causes, and have also, at the same time, found the ultimate, and original, measure by which the values of all goods are judged by men. If what has been said is correctly understood, there can be no difficulty in solving any problem involving the explanation of the causes determining the differences between the values of two or more concrete goods or quantities of goods. If we ask, for example, why a pound of drinking water has no value whatsoever to us under ordinary circumstances, while a minute fraction of a pound of gold or diamonds generally exhibits a very high value, the answer is as follows: Diamonds and gold are so rare that all the diamonds available to mankind could be kept in a chest and all the gold in a single large room, as a simple calculation will show. Drinking water, on the other hand, is found in such large quantities on the earth that a reservoir can hardly be imagined large enough to hold it all. Accordingly, men are able to satisfy only the most important needs that gold and diamonds serve to satisfy, while they are usually in a position not only to satisfy their needs for drinking water fully but, in addition, also to let large quantities of it escape unused, since they are unable to use up the whole available quantity. Under ordinary circumstances, therefore, no human need would have to remain unsatisfied if men were unable to command some particular quantity of drinking water. With gold and diamonds, on the other hand, even the least significant satisfactions assured by the total quantity available still have a relatively high importance to economizing men. Thus concrete quantities of drinking water usually have no value to economizing men but concrete quantities of gold and diamonds a high value. All this holds only for the ordinary circumstances of life, when drinking water is available to us in copious quantities and gold and diamonds in very small quantities. In the desert, however, where the life of a traveller is often dependent on a drink of water, it can by all means be imagined that more important satisfactions depend, for an individual, on a pound of water than on even a pound of gold. In such a case, the value of a pound of water would consequently be greater, for the individual concerned, than the value of a pound of gold. And experience teaches us that such a relationship, or one that is similar, actually develops where the economic situation is as Ihave just described. C. The influence of differences in the quality of goods on their value. Human needs can often be satisfied by goods of different types and still more frequently by goods that differ, not as to type, but as to kind. Where we deal with given complexes of human needs, on the one side, and with the quantities of goods available for their satisfaction, on the other side (p. 129), the needs do not, therefore, always stand opposite quantities of homogeneous goods, but often opposite goods of different types, and still more frequently opposite goods of different kinds. For greater simplicity of exposition Ihave, until now, omitted consideration of the differences between goods, and have, in the preceding sections, considered only cases in which quantities of completely homogeneous goods stand opposite needs of a specific type (stressing particularly the way in which their importance decreases in accordance with the degree of completeness of the satisfaction already attained). In this way, Iwas able to give greater emphasis to the influence that differences in the available quantities exercise on the value of goods. The cases that now remain to be taken into consideration are those in which given human needs may be satisfied by goods of different types or kinds and in which, therefore, given human requirements stand opposite available quantities of goods of which separate portions are qualitatively different. In this connection, it should first be noted that differences between goods, whether they be differences of type or of kind, cannot affect the value of the different units of a given supply if the satisfaction of human needs is in no way affected by these differences. Goods that satisfy human needs in an identical fashion are for this very reason regarded as completely homogeneous from an economic point of view, even though they may belong to different types or kinds on the basis of external appearance. If the differences, as to type or kind, between two goods are to be responsible for differences in their value, it is necessary that they also have different capacities to satisfy human needs. In other words, it is necessary that they have what we call, from an economic point of view, differences in quality. An examination of the influence that differences in quality exercise on the value of particular goods is therefore the subject of the following investigation. From an economic standpoint, the qualitative differences between goods may be of two kinds. Human needs may be satisfied either in a quantitatively or in a qualitatively different manner by means of equal quantities of qualitatively different goods. With a given quantity of beech wood, for instance, the human need for warmth may be satisfied in a quantitatively more intensive manner than with the same quantity of fir. But two equal quantities of foodstuffs of equal food value may satisfy the need for food in qualitatively different fashions, since the consumption of one dish may, for example, provide enjoyment while the other may provide either no enjoyment or only an inferior one. With goods of the first category, the inferior quality can be fully compensated for by a larger quantity, but with goods of the second category this is not possible. Fir, alder, or pine can replace beech wood for heating purposes, and if coal of inferior carbon content, oak bark of inferior tannin content, and the ordinary labor services of tardy or less efficient day-laborers are only available to economizing men in sufficiently large quantities, they can generally replace the more highly qualified goods perfectly. But even if unpalatable foods or beverages, dark and wet rooms, the services of mediocre physicians, etc., are available in the largest quantities, they can never satisfy our needs as well, qualitatively, as the corresponding more highly qualified goods. When economizing individuals appraise the value of a good, it is purely a question, as we have seen, of estimating the importance of satisfaction of those needs with respect to which they are dependent on command of the good (p. 122). The quantity of a good that will bring about a given satisfaction is, however, only a secondary factor in valuation. For if smaller quantities of a more highly qualified good will satisfy a human need in the same (that is, in a quantitatively and qualitatively identical) manner as larger quantities of a less qualified good, it is evident that the smaller quantities of the more highly qualified good will have the same value to economizing men as the larger quantities of the less qualified good. Thus equal quantities of goods having different qualities of the first kind will display values that are unequal in the proportion indicated. If, for example, in determining the value of oak bark we take account exclusively of its tannin content, and seven hundred-weight of one grade has the same effectiveness as eight hundred-weight of another grade, it will also have the same value as the latter quantity to the artisans using the bark. Merely reducing these goods to quantities of equal economic effectiveness (a procedure actually employed in the economic activities of men in all such cases) thus completely removes the difficulty in determining the value of given quantities of different qualities (so far as their effectiveness is merely quantitatively different). In this way, the more complicated case under consideration is reduced to the simple relationship explained earlier (pp. 123 ff). The question of the influence of different qualities on the values of particular goods is more complicated when the qualitative differences between the goods cause needs to be satisfied in qualitatively different ways. There can be no doubt, after what has been said about the general principle of value determination (p. 122), that it is the importance of the needs that would remain unsatisfied if we did not have command of a particular good of not only the general type but also the specific quality corresponding to these needs that is, in this case too, the factor determining its value. The difficulty Iam discussing here does not, therefore, lie in the general principle of value determination being inapplicable to these goods, but rather in the determination of the particular satisfaction that depends on a particular concrete good when a whole group of needs stands opposite goods whose various units are capable of satisfying these needs in qualitatively different ways. In other words, it lies in the practical application of the general principle of value determination to human economic activity. The solution to this problem arises from the following considerations. Economizing individuals do not use the quantities of goods available to them without regard to differences in quality when these exist. Afarmer who has grain of different grades at his disposal does not, for example, use the worst grade for seeding, grain of medium quality as cattle feed, and the best for food and the production of beverages. Nor does he use the grains of different grades indiscriminately for one purpose or another. Rather, with a view to his requirements, he employs the best grade for seeding, the best that remains for food and beverages, and the grain of poorest quality for fattening cattle. With goods whose units are homogeneous, the total available quantity of a good stands opposite the whole set of concrete needs that can be satisfied by means of it. But in cases where the different units of a good satisfy human needs in qualitatively different ways, the total available quantity of a good no longer stands opposite the whole set of needs; each available quantity of specific quality instead stands opposite corresponding specific needs of the economizing individuals. If, with respect to a given consumption purpose, a good of a certain quality cannot be replaced at all by goods of any other quality, the principle of value determination previously demonstrated (p. 132) applies fully and directly to particular quantities of that good. Thus the value of any particular unit of such a good is equal to the importance of the least important satisfaction that is provided for by the total available quantity of this precise quality of good, since it is with respect to this satisfaction that we are actually dependent on command of the particular unit of this quality. But human needs can be satisfied by means of goods of different qualifications, although in qualitatively different ways. If goods of one quality can be replaced by goods of another quality, though not with the same effectiveness, the value of a unit of the goods of superior quality is equal to the importance of the least important satisfaction that is provided for by the goods of superior quality minus a value quota12 that is greater: (1) 12“Werthquote.” Menger presents the argument underlying this proposition at length on pages 163 to 165. But an explanatory note may the smaller the value of the goods of inferior quality by which the particular need in question can also be satisfied, and (2) the smaller the difference to men between the importance of satisfying the particular need with the superior good and the importance of satisfying it with the inferior one. Thus we arrive at the result that, even in cases in which a complex of needs stands opposite a quantity of goods of different qualities, satisfactions of given intensities always depend on each partial quantity or on each concrete unit of these goods. Hence, in all the cases discussed, the principle of value determination that Iformulated above maintains its full applicability. D. The subjective character of the measure of value. Labor and value. Error. When Idiscussed the nature of value, Iobserved that value is nothing inherent in goods and that it is not a property of perhaps be helpful due to the brevity and peculiar form of the present passage. Assume that the least important satisfaction rendered by a unit of the superior good has an importance of 5 in Use A, that the least important satisfaction rendered by a unit of the inferior good in Use Bhas an importance of 2, and that a unit of the inferior good would render a satisfaction with an importance of 3 if it were to replace a unit of the superior good in Use A. Menger contends that the use-value of a unit of a superior good that can be replaced by an inferior good is equal, not to the importance of the least important satisfaction actually rendered by a unit of the superior good, but to the importance of the satisfactions dependent on continued command of that unit. In the present instance, if command of a unit of the superior good is lost and a unit of the inferior good is moved from Use Bto Use Ato take its place, the satisfactions lost to the consumer are: (1) a satisfaction in Use Bwith an importance of 2, which is lost because one less unit of the inferior good is employed in Use B, and (2) a satisfaction in Use Awith an importance of 2 (the difference between the 5 units lost because one unit less of the superior good is employed in Use Aand the 3 units gained because of the employment of a unit of the inferior good in its place). The use-value of a unit of the superior good is therefore 4, the sum of these two items. The “value quota” mentioned by Menger in the text is the difference between the least important satisfaction that the superior goods. But neither is value an independent thing. There is no reason why a good may not have value to one economizing individual but no value to another individual under different circumstances. The measure of value is entirely subjective in nature, and for this reason a good can have great value to one economizing individual, little value to another, and no value at all to a third, depending upon the differences in their requirements and available amounts. What one person disdains or values lightly is appreciated by another, and what one person abandons is often picked up by another. While one economizing individual esteems equally a given amount of one good and a greater amount of another good, we frequently observe just the opposite evaluations with another economizing individual. Hence not only the nature but also the measure of value is subjective. Goods always have value to certain economizing individuals and this value is also determined only by these individuals. The value an economizing individual attributes to a good is equal to the importance of the particular satisfaction that depends on his command of the good. There is no necessary and direct connection between the value of a good and whether, or in what quantities, labor and other goods of higher order were applied to its production. Anon-economic good (a quantity of timber in a virgin forest, for example) does not attain value for men if large quantities of labor or other economic goods were applied to its production. Whether a diamond was found accidentally or was obtained from a diamond pit with the employment of a thousand days of labor is completely irrelevant for its value. In general, no one in practical life asks for the history of the origin of a good in estimating its value, but considers solely the services that the good will render him and which he would have to forgo if he did not have it at his command. Goods on which much labor has been expended often have no value, while others, on which little or no labor was expended, have a very high value. Goods on which much labor was expended and others on which little or no labor was expended are often of equal value to economizing men. The quantities of labor or of other means of production applied to its production cannot, therefore, be the determining factor in the value of a good. Comparison of the value of a good with the value of the means of production employed in its production does, of course, show whether and to what extent its production, an act of past human activity, was appropriate or economic. But the quantities of goods employed in the production of a good have neither a necessary nor a directly determining influence on its value. Equally untenable is the opinion that the determining factor in the value of goods is the quantity of labor or other means of production that are necessary for their reproduction. Alarge number of goods cannot be reproduced (antiques, and paintings by old masters, for instance) and thus, in a number of cases, we can observe value but no possibility of reproduction. For this reason, any factor connected with reproduction cannot be the determining principle of value in general. Experience, moreover, shows that the value of the means of production necessary for the reproduction of many goods (old-fashioned clothes and obsolete machines, for instance) is sometimes considerably higher and sometimes lower than the value of the products themselves. The determining factor in the value of a good, then, is neither the quantity of labor or other goods necessary for its production nor the quantity necessary for its reproduction, but rather the magnitude of importance of those satisfactions with respect to which we are conscious of being dependent on command of the good. This principle of value determination is universally valid, and no exception to it can be found in human economy. The importance of a satisfaction to us is not the result of an arbitrary decision, but rather is measured by the importance, which is not arbitrary, that the satisfaction has for our lives or for our wellbeing. The relative degrees of importance of different satisfactions and of successive acts of satisfaction are nevertheless matters of judgment on the part of economizing men, and for this reason, their knowledge of these degrees of importance is, in some instances, subject to error. We saw earlier that the satisfactions on which their lives depend have the highest importance to men, that the satisfactions following next in importance are those on which their well- being depends, and that satisfactions on which a higher degree of well-being depends (with equal intensity a longer enduring satisfaction, and with the same duration a more intensive one) have a higher importance to men than those on which a lower degree of their well-being is dependent. But what has been said by no means excludes the possibility that stupid men may, as a result of their defective knowledge, sometimes estimate the importance of various satisfactions in a manner contrary to their real importance. Even individuals whose economic activity is conducted rationally, and who therefore certainly endeavor to recognize the true importance of satisfactions in order to gain an accurate foundation for their economic activity, are subject to error. Error is inseparable from all human knowledge. Men are especially prone to let themselves be misled into overestimating the importance of satisfactions that give intense momentary pleasure but contribute only fleetingly to their wellbeing, and so into underestimating the importance of satisfactions on which a less intensive but longer enduring well-being depends. In other words, men often esteem passing, intense enjoyments more highly than their permanent welfare, and sometimes even more than their lives. If men are thus already often in error with respect to their knowledge of the subjective factor of value determination, when it is merely a question of appraising their own states of mind, they are even more likely to err when it is a question of their perception of the objective factor of value determination, especially when it is a question of their knowledge of the magnitudes of the quantities available to them and of the different qualities of goods. For these reasons alone it is clear why the determination of the value of particular goods is beset with manifold errors in economic life. But in addition to value fluctuations that arise from changes in human needs, from changes in the quantities of goods available to men, and from changes in the physical properties of goods, we can also observe fluctuations in the values of goods that are caused simply by changes in the knowledge men have of the importance of goods for their lives and welfare. ### 3. The Laws Governing the Value of Goods of Higher Order A. The principle determining the value of goods of higher order. Among the most egregious of the fundamental errors that have had the most far-reaching consequences in the previous development of our science is the argument that goods attain value for us because goods were employed in their production that had value to us. Later, when Icome to the discussion of the prices of goods of higher order, Ishall show the specific causes that were responsible for this error and for its becoming the foundation of the accepted theory of prices (in a form hedged about with all sorts of special provisions, of course). Here Iwant to state, above all, that this argument is so strictly opposed to all experience (p. 146) that it would have to be rejected even if it provided a formally correct solution to the problem of establishing a principle explaining the value of goods. But even this last purpose cannot be achieved by the argument in question, since it offers an explanation only for the value of goods we may designate as “products” but not for the value of all other goods, which appear as original factors of production. It does not explain the value of goods directly provided by nature, especially the services of land. It does not explain the value of labor services. Nor does it even, as we shall see later, explain the value of the services of capital. For the value of all these goods cannot be explained by the argument that goods derive their value from the value of the goods expended in their production. Indeed, it makes their value completely incomprehensible. This argument, therefore, provides neither a formally correct solution nor one that conforms with the facts of reality, to the problem of discovering a universally valid explanation of the value of goods. On the one hand, it is in contradiction with experience; and on the other hand, it is patently inapplicable wherever we have to deal with goods that are not the product of the combination of goods of higher order. The value of goods of lower order cannot, therefore, be determined by the value of the goods of higher order that were employed in their production. On the contrary, it is evident that the value of goods of higher order is always and without exception determined by the prospective value of the goods of lower order in whose production they serve.13 The existence of our requirements for goods of higher order is dependent upon the goods they serve to produce having expected economic character (p. 107) and hence expected value. In securing our requirements for the satisfaction of our needs, we do not need command of goods that are suitable for the production of goods of lower order that have no expected value (since we have no requirements for them). We therefore have the principle that the value of goods of higher order is dependent upon the expected value of the goods of lower order they serve to produce. Hence goods of higher order can attain value, or retain it once they have it, only if, or as long as, they serve to produce goods that we expect to have value for us. If this fact is established, it is clear also that the value of goods of higher order cannot be the determining factor in the prospective value of the corresponding goods of lower order. Nor can the value of the goods of higher order already expended in producing a good of lower order be the determining factor in its present value. On the contrary, the value of goods of higher order is, in all cases, regulated by the prospective value of the goods of lower order to whose production they have been or will be assigned by economizing men. The prospective value of goods of lower order is often — and this must be carefully observed — very different from the value that similar goods have in the present. For this reason, the value of the goods of higher order by means of which we shall have command of goods of lower order at some future time (pp. 67 ff.) is by no means measured by the current value of similar goods of lower order, but rather by the prospective value of the goods of lower order in whose production they serve. Suppose, for example, that we have the saltpetre, sulphur, charcoal, specialized labor services, appliances, etc., necessary for the production of a certain quantity of gunpowder, and that thus, by means of these goods, we shall have this quantity of gunpowder at our command in three months time. It is clear that the value this gunpowder is expected to have for us in three months time need not necessarily be equal to, but may be greater or less than, the value of an identical quantity of gun powder at the present time. Hence also, the magnitude of the value of the above goods of higher order is measured, not by the value of gunpowder at present, but by the prospective value of their product at the end of the production period. Cases can even be imagined in which a good of lower or first order is completely valueless at present (ice in winter, for example), while simultaneously available corresponding goods of higher order that assure quantities of the good of lower order for a future time period (all the materials and implements necessary for the production of artificial ice, for example) have value with respect to this future time period — and vice versa. Hence there is no necessary connection between the value of goods of lower or first order in the present and the value of currently available goods of higher order serving for the production of such goods. On the contrary, it is evident that the former derive their value from the relationship between requirements and available quantities in the present, while the latter derive their value from the prospective relationship between the requirements and the quantities that will be available at the future points in time when the products created by means of the goods of higher order will become available. If the prospective future value of a good of lower order rises, other things remaining equal, the value of the goods of higher order whose possession assures us future command of the good of lower order rises also. But the rise or fall of the value of a good of lower order available in the present has no necessary causal connection with the rise or fall of the value of currently available corresponding goods of higher order. Hence the principle that the value of goods of higher order is governed, not by the value of corresponding goods of lower order of the present, but rather by the prospective value of the product, is the universally valid principle of the determination of the value of goods of higher order.14 Only the satisfaction of our needs has direct and immediate significance to us. In each concrete instance, this significance is measured by the importance of the various satisfactions for our lives and well-being. We next attribute the exact quantitative magnitude of this importance to the specific goods on which we are conscious of being directly dependent for the satisfactions in question — that is, we attribute it to economic goods of first order, as explained in the principles of the previous section. In cases in which our requirements are not met or are only incompletely met by goods of first order, and in which goods of first order therefore attain value for us, we turn to the corresponding goods of the next higher order in our efforts to satisfy our needs as completely as possible, and attribute the value that we attributed to goods of first order in turn to goods of second, third, and still higher orders whenever these goods of higher order have economic character. The value of goods of higher order is therefore, in the final analysis, nothing but a special form of the importance we attribute to our lives and well-being. Thus, as with goods of first order, the factor that is ultimately responsible for the value of goods of higher order is merely the importance that we attribute to those satisfactions with respect to which we are aware of being dependent on the availability of the goods of higher order whose value is under consideration. But due to the causal connections between goods, the value of goods of higher order is not measured directly by the expected importance of the final satisfaction, but rather by the expected value of the corresponding goods of lower order. B. The productivity of capital. The transformation of goods of higher order into goods of lower order takes place, as does every other process of change, in time. The times at which men will obtain command of goods of first order from the goods of higher order in their present possession will be more distant the higher the order of these goods. While it is true, as we saw earlier (pp. 71 ff.), that the more extensive employment of goods of higher order for the satisfaction of human needs brings about a continuous expansion in the quantities of available consumption goods, this extension is only possible if the provident activities of men are extended to ever more distant time periods. Aprimitive Indian is occupied incessantly with the task of meeting his requirements for a few days at a time. Anomad who does not consume the domestic animals at his command but decides to breed them for their young is already producing goods that will become available to him only after a few months. But among civilized peoples, a considerable proportion of the members of society is occupied with the production of goods that will contribute only after years, and often only after decades, to the direct satisfaction of human needs. Thus by relinquishing their collecting economy, and by making progress in the employment of goods of higher orders for the satisfaction of their needs, economizing men can most assuredly increase the consumption goods available to them accordingly — but only on condition that they lengthen the periods of time over which their provident activity is to extend in the same degree that they progress to goods of higher order. There is, in this circumstance, an important restraint upon economic progress. The most anxious care of men is always directed to assuring themselves the consumption goods necessary for the maintenance of their lives and well-being in the present or in the immediate future, but their anxiety diminishes as the time period over which it is extended becomes longer. This phenomenon is not accidental but deeply imbedded in human nature. To the extent that the maintenance of our lives depends on the satisfaction of our needs, guaranteeing the satisfaction of earlier needs must necessarily precede attention to later ones. And even where not our lives but merely our continuing well-being (above all our health) is dependent on command of a quantity of goods, the attainment of well-being in a nearer period is, as a rule, a prerequisite of well-being in a later period. Command of the means for the maintenance of our well-being at some distant time avails us little if poverty and distress have already undermined our health or stunted our development in an earlier period. Similar considerations are involved even with satisfactions having merely the importance of enjoyments. All experience teaches that a present enjoyment or one in the near future usually appears more im- portant to men than one of equal intensity at a more remote time in the future. Human life is a process in which the course of future development is always influenced by previous development. It is a process that cannot be continued once it has been interrupted, and that cannot be completely rehabilitated once it has become seriously disordered. Anecessary prerequisite of our provision for the maintenance of our lives and for our development in future periods is a concern for the preceding periods of our lives. Setting aside the irregularities of economic activity, we can conclude that economizing men generally endeavor to ensure the satisfaction of needs of the immediate future first, and that only after this has been done, do they attempt to ensure the satisfaction of needs of more distant periods, in accordance with their remoteness in time. The circumstance that places a restraint upon the efforts of economizing men to progress in the employment of goods of higher orders is thus the necessity of first making provision, with the goods at present available to them, for the satisfaction of their needs in the immediate future; for only when this has been done can they make provision for more distant time periods. In other words, the economic gain men can obtain from more extensive employment of goods of higher orders for the satisfaction of their needs is dependent on the condition that they still have further quantities of goods available for more distant time periods after they have met their requirements for the immediate future. In the early stages and at the beginning of every new phase of cultural development, when a few individuals (the first discoverers, inventors, and enterprisers) are first making the transition to the use of goods of the next higher order, the portion of these goods that had existed previously but which until then had had no application of any sort in human economy, and for which there were therefore no requirements, naturally have non-economic character. When a hunting people is passing over to sedentary agriculture, land and materials that were not previously used and are now employed for the first time for the satisfaction of human needs (lime, sand, timber, and stones for building, for example) usually maintain their non-economic character for some time after the transition has begun. It is therefore not the limited quantities of these goods that prevents economizing men in the first stages of civilization from making progress in the employment of goods of higher orders for the satisfaction of their needs. But there is, as a rule, another portion of the complementary goods of higher order, which has already been serving for the satisfaction of human needs in some branch or other of production before the transition to the employment of a new order of goods, and which therefore previously exhibited economic character. The seed grain and labor services needed by an individual passing from the stage of collecting economy to agriculture are examples of this kind. These goods, which the individual making the transition previously used as goods of lower order, and which he might continue to use as goods of lower order, must now be employed as goods of higher order if he wishes to take advantage of the economic gain mentioned earlier. In other words, he can procure this gain only by employing goods, which are available to him, if he so chooses, for the present or for the near future, for the satisfaction of the needs of a more distant time period. Meanwhile, with the continuous development of civilization and with progress in the employment of further quantities of goods of higher order by economizing men, a large part of the other, previously non-economic, goods of higher order (land, limestone, sand, timber, etc., for example) attains economic character (p. 103). When this occurs, each individual can participate in the economic gains connected with employment of goods of higher order in contrast to purely collecting activity (and, at higher levels of civilization, with the employment of goods of higher order in contrast to the limitations of means of production of lower order) only if he already has command of quantities of economic goods of higher order (or quantities of economic goods of any kind, when a brisk commerce has already developed and goods of all kinds may be exchanged for one another) in the present for future periods of time — in other words, only if he possesses capital.15 With this proposition, however, we have reached one of the most important truths of our science, the “productivity of capital.” The proposition must not be understood to mean that command of quantities of economic goods in an earlier period for a later time can contribute anything by itself during this period to the increase of the consumption goods available to men. It merely means that command of quantities of economic goods for a certain period of time is for economizing individuals a means to the better and more complete satisfaction of their needs, and therefore a good — or rather, an economic good, whenever the available quantities of capital services are smaller than the requirements for them. The more or less complete satisfaction of our needs is therefore no less dependent on command of quantities of economic goods for certain periods of time (on capital services) than it is on command of other economic goods. For this reason, capital services are objects to which men attribute value, and as we shall see later, they are also objects of commerce.16 Some economists represent the payment of interest as a reimbursement for the abstinence of the owner of capital. Against this doctrine, Imust point out that the abstinence of a person cannot, by itself, attain goods-character and thus value. Moreover, capital by no means always originates from abstinence, but in many cases as a result of mere seizure (whenever formerly non-economic goods of higher order attain economic character because of society’s increasing requirements, for example). Thus the payment of interest must not be regarded as a compensation of the owner of capital for his abstinence, but as the exchange of one economic good (the use of capital) for another (money, for instance). Carey17 falls into the opposite error, however, when he assigns to parsimony a tendency directly inimical to the creation of capital. C. The value of complementary quantities of goods of higher order. In order to transform goods of higher order18 into goods of lower order, the passage of a certain period of time is necessary. Hence, whenever economic goods are to be produced, command of the services of capital is necessary for a certain period of time. The length of this period varies according to the nature of the production process. In any given branch of production, it is longer the higher the order of the goods to be directed to the satisfaction of human needs. But some passage of time is inseparable from any process of production. During these time periods, the quantity of economic goods of which Iam speaking (capital) is fixed,19 and not available for other productive purposes. In order to have a good or a quantity of goods of lower order at our command at a future time, it is not sufficient to have fleeting possession of the corresponding goods of higher order at some single point in time, but instead necessary that we retain command of these goods of higher order for a period of time that varies in length according to the nature of the particular process of production, and that we fix them in this production process for the duration of that period. In the preceding section, we saw that command of quantities of economic goods for given periods of time has value to economizing men, just as other economic goods have value to them. From this it follows that the aggregate present value of all the goods of higher order necessary for the production of a good of lower order can be set equal to the prospective value of the goods of higher order, but in general, all goods that can be used for the satisfaction of human needs only by being combined with other goods of higher order. The commodities that a wholesale merchant can pass on to the retailer only by employing capital, incurring costs of shipping, and using various specific labor services, must be regarded as goods of higher order. The same is true of the commodities in the hands of a grocer. Even the speculator adds to the objects of his speculation at least his entrepreneurial activities and his capital services, and often storage services, warehousing, etc., as well (see Hermann, op. cit., p. 65). product to economizing men only if the value of the services of capital during the production period is included. Suppose, for example, we wish to determine the value of the goods of higher order that assure us command of a given quantity of grain a year hence. The value of the seed grain, the services of land, the specialized agricultural labor services, and all the other goods of higher order necessary for the production of the given quantity of grain will indeed be equal to the prospective value of the grain at the end of the year (p. 150), but only on condition that the value of a year’s command of these economic goods to the economizing individuals concerned is included in the sum. The present value of these goods of higher order by themselves is therefore equal to the value of the prospective product minus the value of the services of the capital employed. To express what has been said numerically, suppose that the prospective value of the product that will be available at the end of the year is 100, and that the value of a year’s command of the necessary quantities of economic goods of higher order (the value of the services of capital) is 10. It is clear that the aggregate value of all the complementary goods of higher order required for the production of the product, excluding the services of capital, is equal not to 100, but only to 90. If the value of the services of capital were 15, the present value of the other goods of higher order would be only 85. The value of goods to the economizing individuals concerned is, as Ihave already stated several times, the most important foundation of price formation. Now if, in ordinary life, we see that buyers of goods of higher order never pay the full prospective price of a good of lower order for the complementary means of production technically necessary for its production,20 that they are always only in a position to grant, and actually do grant, prices for them that are somewhat lower than the price of the product, and that the sale of goods of higher order thus has a certain similarity to discounting, the prospective price of the product forming the basis of the computation,21 these facts are explained by the preceding argument.22 Aperson who has at his disposal the goods of higher order required for the production of goods of lower order does not, by virtue of this fact, have command of the goods of lower order immediately and directly, but only after the passage of a period of time that is longer or shorter according to the nature of the production process. If he wishes to exchange his goods of higher order immediately for the corresponding goods of lower order, or for what is the same thing under developed trade relations, a corresponding sum of money, he is evidently in a position similar to that of a person who is to receive a certain sum of money at a future point in time (after 6 months, for example) but who wants to obtain command of it immediately. If the owner of goods of higher order intends to transfer them to a third person and is willing to receive payment only after the end of the production process, naturally no “discounting” takes place. In fact, we can observe the prices of goods that are sold on credit rising higher (apart from the risk premium) the further the agreed-upon date of payment lies in the future. All this, however, explains at the same time why the productive activity of a people is greatly promoted by credit. In by far the greater number of cases, credit transactions consist in handing goods of higher order over to persons who transform them into corresponding goods of lower order. Production, or more extensive fabrication at least, is very often only possible through credit; hence the pernicious stoppage and curtailment of the productive activity of a people when credit suddenly ceases to flow. The process of transforming goods of higher order into goods of lower or first order, provided it is economic in other respects, must also always be planned and conducted, with some eco21Since, other things being equal, the productiveness of a production process and the value of the capital services used are both greater the longer the time period required for the production process, the values of goods of higher order, which can be employed in productive processes of very different duration, and which therefore assure us, at our choice, consumption goods of different values at different points in time, are brought into equilibrium with respect to the present. nomic purpose in view, by an economizing individual. This individual must carry through the economic computations of which Ihave just been speaking, and he must actually bring the goods of higher order, including technical labor services, together (or cause them to be brought together) for the purpose of production.23 The question as to which functions are included in this so-called entrepreneurial activity has already been posed several times. Above all we must bear in mind that an entrepreneur’s own technical labor services are often among the goods of higher order that he has at his command for purposes of production. When this is the case, he assigns them, just like the services of other persons, their roles in the production process. The owner of a magazine is often a contributor to his own magazine. The industrial entrepreneur often works in his own factory. Each of them is an entrepreneur, however, not because of his technical participation in the production process, but because he makes not only the underlying economic calculations but also the actual decisions to assign goods of higher order to particular productive purposes. Entrepreneurial activity includes: (a) obtaining information about the economic situation; (b) economic calculation — all the various computations that must be made if a production process is to be efficient (provided that it is economic in other respects); (c) the act of will by which goods of higher order (or goods in general — under conditions of developed commerce, where any economic good can be exchanged for any other) are assigned to a particular production process; and finally (d) supervision of the execution of the production plan so that it may be carried through as economically as possible. In small firms, these entrepreneurial activities usually occupy but an inconsiderable part of the time of the entrepreneur. In large firms, however, not only the entrepreneur himself, but often several helpers, are fully occupied with these activities. But however extensive the activities of these helpers may be, the four functions listed above can always be observed in the actions of the entrepreneur, even if they are ultimately confined (as in corporations) to determining the allocation of portions of wealth to particular productive purposes only by general categories, and to the selection and control of persons. After what has been said, it will be evident that Icannot agree with Mangoldt,24 who designates “risk bearing” as the essential function of entrepreneurship in a production process, since this “risk” is only incidental and the chance of loss is counterbalanced by the chance of profit. In the early stages of civilization and even later in the case of small manufactures, entrepreneurial activity is usually performed by the same economizing individual whose technical labor services also constitute one of the factors in the production process. With progressive division of labor and an increase in the size of enterprises, entrepreneurial activity often occupies his full time. For this reason, entrepreneurial activity is just as necessary a factor in the production of goods as technical labor services. It therefore has the character of a good of higher order, and value too, since like other goods of higher order it is also generally an economic good. Hence whenever we wish to determine the present value of complementary quantities of goods of higher order, the prospective value of the product determines the total value of all of them together only if the value of entrepreneurial activity is included in the total. Let me summarize the results of this section. The aggregate present value of all the complementary quantities of goods of higher order (that is, all the raw materials, labor services, services of land, machines, tools, etc.) necessary for the production of a good of lower or first order is equal to the prospective value of the product. But it is necessary to include in the sum not only the goods of higher order technically required for its production but also the services of capital and the activity of the entrepreneur. For these are as unavoidably necessary in every economic production of goods as the technical requisites already mentioned. Hence the present value of the technical factors of production by themselves is not equal to the full prospective value of the product, but always behaves in such a way that a margin for the value of the services of capital and entrepreneurial activity remains. D. The value of individual goods of higher order. We have seen that the value of a particular good (or of a given quantity of goods) to the economizing individual who has it at his command is equal to the importance he attaches to the satisfactions he would have to forgo if he did not have command of it. From this we could infer, without difficulty, that the value of each unit of goods of higher order is likewise equal to the importance of the satisfactions assured by command of a unit if we were not impeded by the fact that a good of higher order cannot be employed for the satisfaction of human needs by itself but only in combination with other (the complementary) goods of higher order. Because of this, however, the opinion could arise that we are dependent, for the satisfaction of concrete needs, not on command of an individual concrete good (or concrete quantity of some one kind of good) of higher order, but rather on command of complementary quantities of goods of higher order, and that therefore only aggregates of complementary goods of higher order can independently attain value for an economizing individual. It is, of course, true that we can obtain quantities of goods of lower order only by means of complementary quantities of goods of higher order. But it is equally certain that the various goods of higher order need not always be combined in the production process in fixed proportions (in the manner, perhaps, that is to be observed in the case of chemical reactions, where only a certain weight of one substance combines with an equally fixed weight of another substance to yield a given chemical compound). The most ordinary experience teaches us rather that a given quantity of some one good of lower order can be produced from goods of higher order that stand in very different quantitative relationships with one another. In fact, one or several goods of higher order that are complementary to a group of certain other goods of higher order may often be omitted altogether without destroying the capacity of the remaining complementary goods to produce the good of lower order. The services of land, seed, labor services, fertilizer, the services of agricultural implements, etc., are used to produce grain. But no one will be able to deny that a given quantity of grain can also be produced without the use of fertilizer and without employing a large part of the usual agricultural implements, provided only that the other goods of higher order used for the production of grain are available in correspondingly larger quantities. If experience thus teaches us that some complementary goods of higher order can often be omitted entirely in the production of goods of lower order, we can much more frequently observe, not only that given products can be produced by varying quantities of goods of higher order, but also that there is generally a very wide range within which the proportions of goods applied to their production can be, and actually are, varied. Everyone knows that, even on land of homogeneous quality, a given quantity of grain can be produced on fields of very different sizes if more or less intensively tilled — that is, if larger or smaller quantities of the other complementary goods of higher order are applied to them. In particular, an insufficiency of fertilizer can be compensated for by the employment of a larger amount of land or better machines, or by the more intensive application of agricultural labor services. Similarly, a diminished quantity of almost every good of higher order can be compensated for by a correspondingly greater application of the other complementary goods. But even where particular goods of higher order cannot be replaced by quantities of other complementary goods, and a diminution of the available quantity of some particular good of higher order causes a corresponding diminution of the product (in the production of some chemical, for instance), the corresponding quantities of the other means of production do not necessarily become valueless when this one production good is lacking. The other means of production can, as a rule, still be applied to the production of other consumption goods, and so in the last analysis to the satisfaction of human needs, even if these needs are usually less important than the needs that could have been satisfied if the missing quantity of the complementary good under consideration had been available. As a rule, therefore, what depends on a given quantity of a good of higher order is not command of an exactly correspond- ing quantity of product, but only a portion of the product and often only its higher quality. Accordingly, the value of a given quantity of a particular good of higher order is not equal to the importance of the satisfactions that depend on the whole product it helps to produce, but is equal merely to the importance of the satisfactions provided for by the portion of the product that would remain unproduced if we were not in a position to command the given quantity of the good of higher order. Where the result of a diminution of the available quantity of a good of higher order is not a decrease in the quantity of product but a worsening of its quality, the value of a given quantity of a good of higher order is equal to the difference in importance between the satisfactions that can be achieved with the more highly qualified product and those that can be achieved with the less qualified product. In both cases, therefore, it is not satisfactions provided by the whole product that a given quantity of a particular good of higher order helps to produce that are dependent on command of it, but only satisfactions of the importance here explained. Even where a diminution of the available quantity of a particular good of higher order causes the product (some chemical compound, for example) to diminish proportionately, the other complementary quantities of goods of higher order do not become valueless. Although their complementary factor of production is now missing, they can still be applied to the production of other goods of lower order, and thus directed to the satisfaction of human needs, even if these needs are, perhaps, somewhat less important than would otherwise have been the case. Thus in this case too, the full value of the product that would be lost to us for lack of a particular good of higher order is not the determining factor in its value. Its value is equal only to the difference in importance between the satisfactions that are assured if we have command of the good of higher order whose value we wish to determine and the satisfactions that would be achieved if we did not have it at our command. If we summarize these three cases, we obtain a general law of the determination of the value of a concrete quantity of a good of higher order. Assuming in each instance that all available goods of higher order are employed in the most economic fash- ion, the value of a concrete quantity of a good of higher order is equal to the difference in importance between the satisfactions that can be attained when we have command of the given quantity of the good of higher order whose value we wish to determine and the satisfactions that would be attained if we did not have this quantity at our command. This law corresponds exactly to the general law of value determination (p. 121), since the difference referred to in the law of the preceding paragraph represents the importance of the satisfactions that depend on our command of a given good of higher order. If we examine this law with respect to what was said earlier (p. 157) about the value of the complementary quantities of goods of higher order required for the production of a consumption good, we obtain a corollary principle: the value of a good of higher order will be greater (1) the greater the prospective value of the product if the value of the other complementary goods necessary for its production remains equal, and (2) the lower, other things being equal, the value of the complementary goods. E. The value of the services of land, capital, and labor, in particular.25 Land occupies no exceptional place among goods. If it is used for consumption purposes (ornamental gardens, hunting grounds, etc.), it is a good of first order. If it is used for the production of other goods, it is, like many others, a good of higher order. Whenever there is a question, therefore, of determining the value of land or the value of the services of land, they are subject to the general laws of the determination of value. If certain pieces of land have the character of goods of higher order, their value is subject also to the laws of value determination of goods of higher order that Ihave explained in the preceding section. Awidespread school of economists has recognized correctly that the value of land cannot validly be traced back to labor or to the services of capital. From this, however, they have deduced the legitimacy of assigning land an exceptional position among goods. But the methodological blunder involved in this procedure is easily recognized. That a large and important group of phenomena cannot be fitted into the general laws of a science dealing with these phenomena is telling evidence of the need for reforming the science. It does not, however, constitute an argument that would justify the most questionable methodological procedure of separating a group of phenomena from all other objects of observation exactly similar in general nature, and elaborating special highest principles for each of the two groups. Recognition of this mistake has led, therefore, in more recent times to numerous attempts to fit land and the services of land into the framework of a system of economic theory with all other goods, and to trace their values and the prices they fetch back to human labor or to the services of capital, in conformity with the accepted principles.26 But the violence done to goods in general, and to land in particular, by such an attempt is obvious. Apiece of land may have been wrested from the sea with the greatest expenditure of human labor; or it may be the alluvial deposit of some river and thus have been acquired without any labor at all. It may have been originally overgrown with jungle, covered with stones, and reclaimed later with great effort and economic sacrifice; or it may have been free of trees and fertile from the beginning. Such items of its past history are of interest in judging its natural fertility, and certainly also for the question of whether the application of economic goods to this piece of land (improvements) were appropriate and economic. But its history is of no relevance when its general economic relationships, and especially its value, are at issue. For these have to do with the importance goods attain for us solely because they assure us future III, 131ff.; Frédéric Bastiat, Harmonies économiques, in Oeuvres complètes de F. Bastiat, Paris, 1893, VI, 297ff.; Max Wirth, Grundzüge der National-Oekonomie, Köln, 1871, I, 500–5 13. satisfactions.27 From these considerations, it also follows that whenever Irefer to the services of land Imean the services, measured over time, of pieces of land as we actually find them in the economy of men, and not the use of the “original powers” of land. For only the former are objects of human economizing, while the latter, in concrete cases, are merely at most the objects of a hopeless historical investigation, and in any case irrelevant for economizing men. When a farmer rents a piece of land for one or several years, he cares little whether its soil derives its fertility from capital investments of all kinds or was fertile from the very beginning. These circumstances have no influence on the price he pays for the use of the soil. Abuyer of a piece of land attempts to reckon the “future” but never the “past” of the land he is purchasing. Thus the newer attempts to explain the value of land or the services of land by reducing them to labor services or to the services of capital must be regarded only as an outcome of the effort to make the accepted theory of ground-rent (a part of our science that stands, relatively, in the least contradiction with the phenomena of real life) consistent with prevalent misconceptions of the highest principles of our science. It must further be protested against the accepted theory of rent, especially in the form in which it was expressed by Ricardo,28 that it brought to light merely an isolated factor having to do with differences in the value of land but not a principle explaining the value of the services of land to economizing men,29 and that the isolated factor was mistakenly advanced as the principle. Differences in the fertility and situation of pieces of land are doubtless among the most important causes of differences in the value of the services of land and of land itself. But beyond these there exist still other causes of differences in the value of these goods. Differences in fertility and situation are not even responsible for these other causes, much less a general principle explaining the value of land and services of land. If all pieces of London, 1891, pp. 44–61 and 392–420. land had the same fertility and equally favorable locations, they would yield no rent at all, according to Ricardo. But although a single factor accounting for differences between the rents they yield may then indeed be absent, it is quite certain that neither all the differences between the rents nor rent itself would, of necessity, disappear. It is evident rather that even the most unfavorably situated and least fertile pieces of land in a country where land is scarce would yield a rent, a rent that could find no explanation in the Ricardian theory. Land and the services of land, in the concrete forms in which we observe them, are objects of our value appraisement like all other goods. Like other goods, they attain value only to the extent that we depend on command of them for the satisfaction of our needs. And the factors determining their value are the same as those we encountered earlier in our investigation of the value of goods in general (pp. 121 and 141).30 Adeeper understanding of the differences in their value can, therefore, also only be attained by approaching land and the services of land from the general points of view of our science and, insofar as they are goods of higher order, relating them to the corresponding goods of lower order and especially to their complementary goods. In the preceding section we obtained the result that the aggregate value of the goods of higher order necessary for the production of a consumption good (including the services of capital and entrepreneurial activity) is equal to the prospective value of the product. Where services of land are applied to the production of goods of lower order, the value of these services, sible for the owners of capital and land to take a part of the product of labor away from the laborers, and thereby live without working. His argument is based on the erroneous assumption that the entire result of a production process must be regarded as the product of labor. Labor services are only one of the factors of the production process, however, and are not economic goods in any higher degree than the other factors of production including the services of land and capital. Capitalists and landowners do not, therefore, live on what they take away from laborers, but upon the services of their land and capital which have value, just as do labor services, both to individuals and to society. together with the value of the other complementary goods, will be equal to the prospective value of the good of lower or first order to whose production they have been applied. As this prospective value is higher or lower, other things remaining equal, the aggregate value of the complementary goods will be higher or lower. As for the separate value of actual pieces of land or services of land, it is regulated, like the value of other goods of higher order, in accordance with the principle that the value of a good of higher order will, other things being equal, be greater (1) the greater the value of the prospective product, and (2) the smaller the value of the complementary goods of higher order.31 The value of services of land is therefore not subject to different laws than the value of the services of machines, tools, houses, factories, or any other kind of economic good. The existence of the special characteristics that land and the services of land, as well as many other kinds of goods, exhibit is by no means denied. In any country, land is usually available only in quantities that cannot be easily increased; it is fixed as to situation; and it has an extraordinary variety of grades. All the peculiarities of value phenomena we are able to observe in the case of land and the services of land can be traced back to these three factors. Since these factors have bearing only upon the quantities and qualities of land available to economizing men in general and to the inhabitants of certain territories in particular, the peculiarities in question are factors in the determination of value that influence not just the value of land and the services of land but, as we saw, the value of all goods. The value of land thus has no exceptional character. The fact that the prices of labor services, like the prices of expected value of all its future services discounted to the present. Hence the higher the expected value of the services of land and the lower the value of the services of capital (rate of interest), the higher will be the value of land. We shall see later that the value of goods is the foundation for their prices. That the price of land can regularly be observed to rise rapidly in periods of a people’s economic growth is due to an increase in land rent on the one hand, and to a decrease in the rate of interest on the other. the services of land, cannot without the greatest violence be traced back to the prices of their costs of production has led to the establishment of special principles for this class of prices as well. It is said that the most common labor must support the laborer and his family, since his labor services could not otherwise be contributed permanently to society; and that his labor cannot provide him with much more than the minimum of subsistence, since otherwise an increase of laborers would take place which would reduce the price of labor services to the former low level. The minimum of subsistence is therefore, in this theory, the principle that governs the price of the most common labor, while the higher prices of other labor services are explained by reducing them to capital investment or to rents for special talents. But experience teaches us that there are labor services that are completely useless, and even injurious, to economizing men. They are therefore not goods. There are other labor services that have goods-character but not economic character, and hence no value. (In this second category belong all labor services that are available to society, for some reason or other, in such large quantities that they attain non-economic character — the labor services connected with some unpaid office, for example.) Hence too (as we shall see later) labor services of these categories cannot have prices. Labor services are therefore not always goods or economic goods simply because they are labor services; they do not have value as a matter of necessity. It is thus not always true that every labor service fetches a price, and still less always a particular price. Experience also informs us that many labor services cannot be exchanged by the laborer even for the most necessary means of subsistence,32 while a quantity of goods ten, twenty, or even a hundred, times that required for the subsistence of a single person can easily be had for other labor services. Wherever the labor for her subsistence. Her income covers food, shelter, and firewood, but even with the most strenuous industry she cannot earn enough for clothing (see Carnap, in Deutsche Vierteljahrschrift, 1868, part II, p. 165). Similar conditions can be observed in most other large cities. services of a man actually exchange for his bare means of subsistence, it can only be the result of some fortuitous circumstance that his labor services are exchanged, in conformity with the general principles of price formation, for that particular price and no other. Neither the means of subsistence nor the minimum of subsistence of a laborer, therefore, can be the direct cause or determining principle of the price of labor services.33 In reality, as we shall see, the prices of actual labor services are governed, like the prices of all other goods, by their values. But their values are governed, as was shown, by the magnitude of importance of the satisfactions that would have to remain unsatisfied if we were unable to command the labor services. Where labor services are goods of higher order, their values are governed (proximately and directly) in accordance with the principle that the value of a good of higher order to economizing men is greater (1) the greater the prospective value of the product, provided the value of the complementary goods of higher order is constant, and (2) the lower, other things being equal, the value of the complementary goods.34 Aspecial characteristic of labor services that affects their value consists in the fact that some varieties of labor services have unpleasant associations for the laborer, with the result that these services will be forthcoming only for compensating economic advantages. Labor services of this kind cannot, therefore, easily attain a non-economic character for society. But the value of inactivity to most laborers is much less than is generally believed. The occupations of by far the great majority of men afford enjoyment, are thus themselves true satisfactions of needs, and would, be practiced, although perhaps in smaller measure or in a modified manner, even if men were not forced by lack of means to exert their powers. The exercising of his income by his standard of living. In a strange confusion of cause and effect, however, the latter relationship has nevertheless often been maintained. powers is a need for every normal human being. That only a few persons nevertheless work without expecting economic compensation is due not so much to the unpleasantness of labor as such but rather to the fact that the opportunities to engage in remunerative labor are fully ample. Entrepreneurial activity must definitely be counted as a category of labor services. It is an economic good as a rule, and as such has value to economizing men. Labor services in this category have two peculiarities: (a) they are by nature not commodities (not intended for exchange) and for this reason have no prices; (b) they have command of the services of capital as a necessary prerequisite since they cannot otherwise be performed. This second factor limits the amount of entrepreneurial activity in general that is available to a people. It especially limits to relatively very small quantities entrepreneurial activity that can only be performed if the economizing individuals in question have at their disposal the services of large amounts of capital. Credit increases, and legal uncertainties diminish, these quantities. The inadequacy of the theory that explained the prices of goods by the prices of the goods of higher order that served to produce them naturally also made itself felt wherever the price of the services of capital came in question. Iexplained the ultimate causes of the economic character and value of goods of this kind earlier in the present chapter, and pointed out the error in the theory that represents the price of the services of capital as a compensation for the abstinence of the owners of capital. In truth, the price that can be obtained for the services of capital is, as we have seen, no less a consequence of their economic character and of their value, than is the case with the prices of other goods. The determining principle of the value of the services of capital is the same as the principle determining the value of goods in general.35,36 is due, as we shall see later, to the fact that these services cannot ordinarily be sold without transferring the capital itself into the hands of the buyer of the services of capital. There is a resulting risk for the owner of the capital for which he must be compensated by a premium. The fact that the prices of the services of land, capital, and labor, or, in other words, rent, interest, and wages, cannot be reduced without the greatest violence (as we shall see later) to quantities of labor or costs of production; has made it necessary for the proponents of these theories to develop principles of price formation for these three kinds of goods that are entirely different from the principles that are valid for all other goods. In the preceding sections, Ihave shown with respect to goods of all kinds that all phenomena of value are the same in nature and origin, and that the magnitude of value is always governed according to the same principles. Moreover, as we shall see in the next two chapters, the price of a good is a consequence of its value to economizing men, and the magnitude of its price is always determined by the magnitude of its value. It is also evident, therefore, that rent, interest, and wages are all regulated according to the same general principles. In the present section, however, Ihave dealt merely with the value of the services of land, capital, and labor. On the basis of the results obtained here Ishall state the principles according to which the prices of these goods are governed after Ihave explained the general theory of price. One of the strangest questions ever made the subject of scientific debate is whether rent and interest are justified from an ethical point of view or whether they are “immoral.” Among other things, our science has the task of exploring why and under what conditions the services of land and of capital display economic character, attain value, and can be exchanged for quantities of other economic goods (prices). But it seems to me that the question of the legal or moral character of these facts is beyond the sphere of our science. Wherever the services of land and of capital bear a price, it is always as a consequence of their value, and their value to men is not the result of arbitrary judgments (p. 119), but a necessary consequence of their economic character. The prices of these goods (the services of land and of capital) are therefore the necessary products of the economic situation under which they arise, and will be more certainly obtained the more developed the legal system of a people and the more upright its public morals. It may well appear deplorable to a lover of mankind that possession of capital or a piece of land often provides the owner a higher income for a given period of time than the income received by a laborer for the most strenuous activity during the same period. Yet the cause of this is not immoral, but simply that the satisfaction of more important human needs depends upon the services of the given amount of capital or piece of land than upon the services of the laborer. The agitation of those who would like to see society allot a larger share of the available consumption goods to laborers than at present really constitutes, therefore, a demand for nothing else than paying labor above its value. For if the demand for higher wages is not coupled with a program for the more thorough training of workers, or if it is not confined to advocacy of freer competition, it requires that workers be paid not in accordance with the value of their services to society, but rather with a view to providing them with a more comfortable standard of living, and achieving a more equal distribution of consumption goods and of the burdens of life. Asolution of the problem on this basis, however, would undoubtedly require a complete transformation of our social order.37 Conflict ihrer Interessen mit denen der übrigen Volksklassen,” Zeitschrift für die gesammte Staatswissenschaft, XI (1855), 171ff. --- # Principles of Economics, Chapter VII: The Theory of the Commodity URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-vii/ Author: Carl Menger Year: 1871 Book: Principles of Economics ### 1. The Concept of the Commodity in Its Popular and Scientific Meanings In an isolated household economy the productive activity of each economizing unit is directed solely to the production of goods necessary for its own consumption. The very nature of such an economy precludes the production of goods for the purpose of exchange. But the various tasks that must be performed to meet the requirements of the household could be assigned by the head of the family to the various members of the family and to any servants he has, with due regard to their special faculties and skills. Hence the characteristic feature of the isolated household economy is not the absence of any division of labor but its self-sufficiency, production being concerned exclusively with goods destined for the consumption of the household itself, and not at all with goods destined to be exchanged for other goods. It is, of course, quite evident that the division of labor remains very narrowly limited in the confines of an isolated household economy. The requirements of a family for any single good are usually much too small to permit an individual to occupy himself fully with its production, much less with a single manual operation. The available food supplies, moreover, are in most cases much too small to feed any considerable number of laborers. Societies in the lower stages of development, therefore, furnish us with examples of a complex division of labor only in the household economies of a few nobles, while the other economizing individuals continue to have little division of labor and narrowly limited wants. Apeople can be considered to have taken its first step in economic development when persons who have acquired a certain skill offer their services to society and work up the raw materials of other persons for compensation. The Thetes of Ancient Greece appear to have been artisans of this kind, and even today, in many regions of eastern Europe, there are still no other artisans. Yarn spun in the home of the consumer is worked into cloth by the weaver; grain grown by the consumer is milled into flour by the miller; and even the carpenter and the smith are supplied with the raw materials for products ordered from them by their larger customers. Afurther step in the path of economic development to higher levels of well-being can be regarded as having been taken when the artisans themselves begin to procure the raw materials for their products, even though they still produce these products for the consumers only on order. This state of affairs can still, with few exceptions, be observed in small towns, and to some extent even in larger places in some trades. The artisan does not yet manufacture products for later, and hence uncertain, sale. But he is already, to the extent of his labor power, in a position to meet the needs of his customers by making it unnecessary for them to expend efforts on purchasing or producing raw materials in a frequently highly uneconomic manner.1 Leipzig, 1861, p. 117; Bruno Hildebrand, “Naturalwirthschaft, Geldwirthschaft und Creditwirthschaft,” Jahrbücher für National-Oekonomie und Statistik, II (1864), 17; H.v. Scheel, This method of providing society with goods already signifies a considerable forward step in economy and comfort for consumers as well as producers. But for both groups it is a step that involves several serious disadvantages. The consumer must still wait some time for his product, and is never quite certain of its properties in advance. The producer is sometimes wholly unengaged and at other times overburdened with orders, with the result that he is sometimes forced to be idle while at other times he cannot meet the demand. These drawbacks have led to the production of goods for uncertain future sale, the producer keeping them in stock in order to be able to meet requirements at once as they arise. It is this method of supplying society that leads, with continuing economic development, to factories (mass production) on the one side and to the purchase of ready-made (standardized) commodities by consumers on the other side. Hence it offers the highest degree of economy to the producer because of the possibility of full exploitation of the division of labor and the employment of machines, and the highest degree of safety (inspection before purchase) and comfort to the consumer. Products that the producers or middlemen hold in readiness for sale are called commodities. In ordinary usage the term is limited in its application to movable tangible goods (with the exception of money).2 Since the fact that a person keeps a portion of his wealth ready for exchange is not always obvious to other persons, it is understandable that the commodity concept was narrowed down still more in ordinary life. In popular language, the term “commodities” came quite generally to refer only to goods that are so plainly destined for sale by their owner that his intention is obvious even to other persons. An owner can express his intention in very different ways. Most commonly he expresses it by displaying his commodities at places where purchasers are accustomed to assemble — such as markets, “Der Begriff des Geldes in seiner historisch-ökonomischen Entwickelung,” ibid., VI (1866), 15; Gustav Schmoller, Zur Geschichte der deutschen Kleingewerbe im 19. Jahrhundert, Halle, 1870, pp. 165, 180, 511ff. fairs, organized exchanges, or other special places that either are well known as sites at which commodities are concentrated or give evidence of being points of concentration by their external appearance or by prominently visible characteristic markings (e.g., shops, stores, warehouses, etc.). In popular usage, therefore, the commodity concept is narrowed down to a designation for those economic goods that are in such external circumstances that the intention of their owner to sell them can be easily discerned by anyone. The higher the level of civilization attained by a people and the more specialized the production of each economizing individual becomes, the wider become the foundations for economic exchanges and the larger become the absolute and relative amounts of those goods that at any time have commodity character, until finally the economic gains that can be derived from the exploitation of the above relationship become sufficiently large to call forth a special class of economizing individuals who take care of the intellectual and mechanical parts of exchange operations for society and who are reimbursed for this with a part of the gains from trade. When this has occurred, economic goods no longer, for the most part, pass directly from producers to consumers but often follow very complex paths through the hands of more or less numerous middlemen. By occupation these persons are accustomed to treat certain economic goods as commodities and to keep special places open to the public for the purpose of selling them. Popular usage has now limited the term “commodity” to goods that are in the hands of these traders and in the hands of producers who produce them with the obvious intention of selling them. This usage doubtless arose because the intention of the owners of selling these goods (merchandise, marchandises, Kaufmannsgüter, mercanzie, etc.) is especially easy for anyone to discern. But in scientific discourse a need was felt for a term designating all economic goods held ready for sale without regard to their tangibility, mobility, or character as products of labor, and without regard to the persons offering them for sale. Alarge number of economists, especially German economists, therefore defined commodities as (economic) goods of any kind that are intended for sale. The commodity concept in the popular sense is nevertheless of importance not only because law-givers3 and a large number of economists employ the term in the popular sense, but also because some of those who are aware of the wider, scientific, sense of the term sometimes employ this or that element of the narrower, popular, meaning in their definitions.4 From the definition just given of a commodity in the scientific sense of the term, it appears that commodity-character is nothing inherent in a good, no property of it, but merely a specific relationship of a good to the person who has command of it. With the disappearance of this relationship the commodity-character of the good comes to an end. Agood ceases to be a commodity, therefore, if the economizing individual possessing it gives up his intention of disposing of it, or if it comes into the hands of persons who do not intend to exchange it further but to consume it. The hat that a hatter, and the silk cloth that a silk merchant, exhibit for sale in their shops are examples of commodities, but they immediately cease to be commodities if the hatter decides to use the hat himself and the silk merchant decides to give the silk cloth as a present to his wife. Packages of sugar and oranges are commodities in the hands of a grocer, but they lose their commodity-character as soon as they have passed into the hands of consumers. Coined metal also immediately ceases to be a “commodity” if its possessor intends to use it, not for exchange, but for some consumption purpose — if he hands his Thalers to a silversmith for the purpose of making silver plate, for instance. Commodity-character is therefore not only no property of goods but usually only a transitory relationship between goods and economizing individuals. Certain goods are intended by their owners to be exchanged for the goods of other economizing individuals. During their passage, sometimes through several hands, from the possession of the first into the possession of the last owner, we call them “commodities,” but as soon as they have reached their economic destination (that is, as soon as they are in the hands of the ultimate consumer) they obviously cease to be commodities and become “consumption goods” in the narrow sense in which this term is opposed to the concept of “commodity.” But where this does not happen, as is the case very frequently, for example, with gold, silver, etc., especially in the form of coins, they naturally continue to be “commodities” as long as they continue in the relationship responsible for their commodity-character.5 Two things are evident from this: (1) the frequently-stated proposition that money is a “commodity” contributes nothing at all toward explaining the unique position of money among commodities; (2) the view of those who deny the commodity character of money because “money as such, especially in the form of coin, does not serve any consumption purpose” is untenable simply because the same argument can be advanced against the commodity-character of all other goods — even if we were to ignore the fact that there is a misconception of the important function of money in the assumption that it is not consumed. For no “commodities” as such serve a consumption purpose, and least of all in the forms in which they are traded (i.e., in the form of ingots and bales, and in cases, packages, etc.). To be consumed a good must cease to be a “commodity” and relinquish the form in which it has been traded (i.e., it must be melted down, divided, unpacked, etc.). The coin and the ingot are the most common forms in which the precious metals are traded, and the fact that these forms must be abandoned before the precious metals can be brought into consumption is therefore nothing that justifies doubting their commodity-character. ### 2. The Marketability6 of Commodities #### A. The outer limits of the marketability of commodities The problem of explaining the causes of the different and changing proportions in which quantities of goods are exchanged for each other has always been given special attention by scholars in the field of economics. There have been as many attempts to solve this problem as there have been independent economic treatises. In fact some writers have actually turned their treatises into theories of prices. But the fact that different goods cannot be exchanged for each other with equal facility was given only scant attention until now. Yet the obvious differences in the marketability of commodities is a phenomenon of such far-reaching practical importance, the success of the economic activity of producers and merchants depending to a very great extent on a correct understanding of the influences here operative, that science cannot, in the long run, avoid an exact investigation of its nature and causes. Indeed, it is also clear that a complete and satisfactory solution to the still controversial problem of the origin of money, the most liquid of all goods, can emerge only from an investigation of this topic. As far as Ihave been able to observe, the marketability of commodities is limited in four directions: (1) Their marketability is limited with respect to the persons to whom they can be sold. The owner of a commodity does not have the power to sell it to any person of his choice. On the contrary, there is always only a definite number7 of economizing individuals to whom it can be sold. He has no chance of selling his commodity to persons (a) who have no requirements for it, (b) who are prevented, by legal or physical circumstances, from purchasing it,8 or (c) who have no knowledge of the exchange opportunity offered them,9 or finally (d) to anyone to whom a given quantity of the commodity in question is not the for example, the sale of velvet was limited to members of the nobility and the clergy, and still today the sale of arms is limited in many countries to persons who have obtained an official permit to bear them. are therefore accustomed to make their commodities “known,” often at great economic sacrifice, in order to increase the numbers of persons to whom they are saleable. This accounts for the economic importance of public announcements, advertisements, publicity, etc. equivalent of a larger quantity of the good that is tendered in exchange for it than is the case with the initial owner of the commodity.10 If we observe the numbers of persons to whom the marketability of different commodities is restricted, we are confronted with a picture of vast differences. Compare only the number of persons to whom bread and meat can be sold with the number to whom astronomical instruments can be sold. Or compare the number of persons who purchase wine and tobacco with the number who purchase works in Sanskrit. Similar differences can be observed, in perhaps a still more striking manner, in the marketability of goods of different subcategories but of the same general type or kind. Dealers in optical goods have glasses for all degrees of long- and short-sightedness ready for sale. Hat and glove merchants, shoemakers, and furriers, have hats, gloves, shoes, and furs of different sizes and qualities. But how great is the difference between the number of persons to whom the marketability of the most powerful glasses is limited and the number to whom glasses of medium strength can be sold! How great is the difference between the number of persons to whom the marketability of gloves or hats of medium sizes extends and the number of persons purchasing gloves and hats of very large sizes! (2) The marketability of commodities is limited with respect to the area within which they can be sold. For a commodity to be sold in any one place, it is necessary, in addition to the previous requirement that there must be a number of persons to whom it can be sold, that (a) there be no physical or legal barrier to its transportation to that place or to its being offered there for sale, and that (b) the costs and expenses of transportation shall not exhaust the gain that can be derived from the expected exchange opportunity (p. 189). The differences between different commodities are not less growing needs and increasing wealth of a people. The marketability of a few commodities, however, is diminished by these factors. There are a number of commodities that can easily be sold in a poor country, but become practically unsaleable as soon as the country attains economic maturity (see pp. 234–5). great with respect to the geographical extent of the areas in which they can be sold than the differences we have just observed with respect to the numbers of persons to whom they can be sold. There are commodities which, as a result of spatially limited requirements for them, can be sold only in a single town or village, others that can be sold only in a few provinces, some only in a certain country, others in all civilized countries, and still others that can be sold in all the inhabited parts of the world. The peculiar hats worn by the rural population in some of the valleys of the Tyrol can be sold only in a particular valley; the hats of Swabian or Hungarian peasants cannot easily be sold elsewhere than in Swabia or Hungary; but the markets of the entire civilized world stand open to hats of the newest French fashion. For the same reason, the marketability of heavy furs is restricted to northern regions, and the marketability of heavy woollens to regions in the northern and temperate zones, while light cotton goods can be sold almost anywhere in the entire world. Ano less important difference in the size of the sales area is founded on the economic sacrifices involved in transporting commodities to distant markets. Where there are no railroads, the sales area of common building stone taken from a quarry not situated on a waterway, and the sales areas of ordinary sand, clay, and manure, do not often extend farther than two or three miles. Even where railroads do exist, it is only in the rarest instances that the sales areas of these commodities exceed 15 or 20 miles. The sales areas of coal, peat, and firewood are, under the same conditions, more extended but still narrowly restricted. The sales areas of pig iron and wheat are considerably wider; those of steel and wheat flour are still wider; and the sales area of precious metals, precious stones, and pearls, comprises practically all parts of the globe where requirements for these goods exist and where the means of payment for them are at hand. The economic sacrifices involved in transportation must be recovered from the difference between the price at the point of origin and the price at the destination. For commodities of low value this difference can evidently never be significant. Fire- wood can be purchased at infinitesimally low prices in the virgin forests of Brazil and even in some regions of eastern Europe. In many cases it can be obtained entirely free of charge. But the price of a hundredweight of firewood is nowhere high enough that the difference between it and the price at the place of origin, even if the latter were equal to zero, would suffice to cover the costs of a long overland haul. In the case of commodities of high value (watches, for example), on the other hand, the difference between the price of a hundredweight of the commodity at the place of production and at the most distant markets (at Geneva, and at New York or Rio de Janeiro, for instance) may easily, in spite of the already considerable price in the market of origin, be sufficiently high to compensate for the expense of transporting the commodity to the distant regions of sale. Hence the more valuable a commodity the greater, other things being equal, is its sales area. (3) Commodities are limited quantitatively in their marketability. The marketability of a commodity is restricted quantitatively to the requirements for it that have still to be met — even further, it is restricted to those quantities with respect to which the foundations for economic exchange operations are present. However large the requirements of a single individual for a commodity, purchases of quantities exceeding this amount cannot be expected during a given time period. Even within the limits of his requirements, an individual will be prepared to take in exchange only those quantities of the commodity with respect to which the foundations for economic exchange operations are present for him. The demand for a commodity in general is composed of the demands of the various economizing individuals desiring it. The total quantity of a commodity that can be sold to the members of a society is, therefore, in any given economic situation, strictly limited, and sales beyond this limit are inconceivable. The quantitative limits of marketability are remarkably different for different goods. There are commodities that can never be sold, at given points in time, except in narrowly limited quantities because of narrowly limited requirements for them. There are others for which requirements are larger, and for which, in consequence, the quantitative limits of market- ability extend considerably further. And there are still others that can be sold in almost any practically conceivable amounts. The publisher of a work on the language of the Tupi Indians could count on a sale of perhaps 300 copies at a moderate price for the work. But even at the lowest price, he could not count on a sale of more than 600 copies. Ascholarly work in which only a narrow group of specialists is interested, and which is intended for the needs of several generations of scholars, often attains its sales only with the increasing fame of its author, and can be sold only over a long period of time. But a work about a science that is attracting general interest may, in spite of its scholarly character, attain sales of several thousand copies. Popular scientific publications may attain sales of 20,000 to 30,000 copies or more. Important works of fiction may, under favorable circumstances, sell in editions of several hundred thousand copies. Consider the differences in the quantitative limits of the marketability of a work on Peruvian archeology and the poems of Friedrich Schiller, or of a work on Sanskrit and the plays of Shakespeare! But the differences in the quantitative limits of the marketability of commodities are still greater if we consider bread and meat on the one hand, and quinine or castoreum on the other, or cotton and woollen goods on the one hand, and astronomical instruments and anatomical specimens on the other. Finally, compare the quantitative limits of the marketability of hats and gloves of medium and of extra large sizes. (4) Finally, commodities are also limited in their marketability with respect to the time periods in which they can be sold. There are goods for which requirements exist only in winter; others for which they exist only in summer; and still others for which a demand exists only during some other more or less fleeting period. Programs for coming festivals or fine art exhibits, and even, in a certain sense, newspapers and articles of fashion, are goods of this sort. In fact, all perishable goods are, by their very nature, restricted in their marketability to a narrow time period. To this must be added the fact that keeping commodities “in stock” usually involves not inconsiderable economic sacrifices on the part of the owner. The effect of storage fees, costs of safe- keeping, and loss of interest, on the limits of the marketability of commodities in time is similar to the effect of freight charges and other transportation costs on the spatial limits of their marketability. Acattle trader in our civilization who has a herd of cattle ready for slaughter and sale must necessarily exercise care to sell them within certain time limits because they will otherwise not be in prime condition, because of loss of interest, and in general because of the other economic sacrifices unavoidably associated with the possession of these animals as “commodities.” Awool merchant or an iron merchant also has commodities whose marketability is restricted to certain time periods partly for physical and partly for economic reasons (storage costs, loss of interest). Very great differences can be observed in the time periods during which different commodities must be sold. The time limits within which, for example, oysters, fresh meat, many prepared foods and beverages, cut flowers, programs for coming festivals, political tracts, and so forth, must be sold are, on the whole, restricted to a few days and often to but a few hours. The period within which most fresh fruit, game, potted plants, many articles of fashion, etc., must be sold is limited to a few weeks, and a few months in the case of other similar commodities, while the period within which still other commodities can be sold, provided they can be preserved long enough and requirements for them continue, extends to years, decades, and even centuries. The economic sacrifices involved in the preservation and storage of commodities vary considerably. From this fact arises a further, very important, factor responsible for differences in the time limits of the marketability of commodities. Aperson with building stones or firewood for sale has commodities that can be stored in an open field. He will not ordinarily be forced to make his sales as quickly, therefore, as a furniture dealer, and the latter is again under less compulsion to sell quickly than a horse trader. The owner of gold, silver, precious stones, or other commodities that can be stored almost without cost (if we omit consideration of the loss of interest), has goods whose marketability extends much further in time than that of all the abovementioned commodities. B. The different degrees of marketability of commodities. In the previous section, we saw that the marketability of commodities is restricted sometimes to greater and sometimes to smaller numbers of persons, and within sometimes narrower and sometimes wider spatial, temporal, and quantitative limits. In all this, however, Ihave described only the outside limits within which, in any given economic situation, commodities can be sold. The causes determining the greater or less facility with which commodities can be sold within these limits of marketability remain still to be examined. It is necessary, for this purpose, to begin with a few words about the nature of commodities and the intentions of their possessors. Acommodity is an economic good intended for sale. But it is not intended for sale unconditionally. The owner of a commodity intends to sell it, but by no means at any price. Ajeweller with a stock of watches could sell off his entire stock, in almost any situation imaginable, if he were willing to sell his watches at one Thaler each. Aleather merchant could clear out his stock too if he were prepared to sell his leather at similar ruinous prices. Both merchants may nevertheless be justified if they complain of sluggish sales, since although their commodities are intended for sale, as has been stated, they are intended for sale, not at any price, but at prices that correspond to the general economic situation. The prices that become effective are always the product of existing competitive conditions (p. 218), and correspond more closely to the general economic situation the more complete the competition on both sides. If there are any circumstances that restrain a number of those who have requirements for a commodity from competing for it, its price will fall below the level corresponding to the general economic situation. If there are any restraints upon competition on the supply side, the price of the commodity will rise above this level. If the competition for one commodity is poorly organized and there is danger therefore that the owners will be unable to sell their holdings of the commodity at economic prices, at a time when this danger does not exist at all, or not in the same degree, for the owners of other commodities, it is clear that this circumstance will be responsible for a very important difference between the marketability of that commodity and all others. The other commodities can be brought to their final destinations easily and safely, but the commodity whose market is poorly organized can be brought to its final destination only with economic sacrifices, and in some cases not at all. Market places, fairs, exchanges, public auctions that are held periodically (as is the case in large sea-ports, for example), and other public institutions of a similar nature, are for the purpose of bringing all persons interested in the pricing of a commodity together at a particular place either permanently or periodically to ensure the establishment of an economic price. Commodities for which an organized market exists can be sold without difficulty by their owners at prices corresponding to the general economic situation. But commodities for which there are poorly organized markets change hands at inconsistent prices, and sometimes cannot be disposed of at all. The institution of an organized market for an article makes it possible for the producers, or other economizing individuals trading in it, to sell their commodities at any time at economic prices. Thus the opening of a wool or grain market in a city increases considerably the marketability of wool or grain in neighboring regions where these articles are produced. Similarly, the admission of a security to trade on a stock exchange (so-called “listing”) contributes to the establishment of economic prices in the selling of that security and also, in an outstanding fashion, to increasing its marketability since the listing of the security assures the owners of sales at economic prices. If every consumer knows where to find the owners of a commodity, this fact alone increases to a high degree the probability that the commodity will, at any time, be sold at an economic price. This is best achieved in wholesale trade because of the practice, quite commonly observed, of the dealers in a commodity locating their warehouses as near to each other as possible in order to evoke, by their concentration, a similar concentration of customers. The absence of such concentration in retail trade constitutes the major cause of less economic prices being established in this branch of commerce, even though the deficiency arises naturally from the desire of consumers for convenience and economy of time in making their purchases. But the selling of a commodity at economic prices is not the only result of the existence of points of concentration of trading and price formation. The prices established in these centers of trade are continuously made public, thus making it possible for interested persons whose establishments are outside the trading centers also to do business at any time at prices corresponding to the economic situation. Large sellers or buyers of a commodity will very seldom, of course, adopt this method of doing business since their transactions have a determining influence on price formation. But small businessmen whose scales of operation are too insignificant to have any appreciable effect on prices are placed by these public announcements in a position to execute their transactions in an economic fashion even outside the trade center, and thus to participate in the advantages of a market they do not even visit. In the countryside surrounding London it may happen that a tenant farmer will do business with a miller on the basis of a quotation in The Times for the price of grain on Mark Lane. In Vienna small sales of kerosene are often concluded on the basis of the price quotation in the Neue Freie Presse or some other reliable newspaper. Thus points of concentration of trade in a commodity have the quite general result of placing the owners in a position to sell their holdings at economic prices to any economizing individual wishing to obtain them. The first cause of differences in the marketability of commodities we have thus seen to be the fact that the number of persons to whom they can be sold is sometimes larger and sometimes smaller, and that the points of concentration of the persons interested in their pricing are sometimes better and sometimes less well organized. Secondly, there are commodities that can be sold almost anywhere within the spatial limits of their marketability. Domestic animals, grains, metals, and similar goods in common use, have markets almost everywhere that trade exists. Every small town and even the smallest village becomes a market for these goods at certain times. There are other commodities (furs, tea, indigo) for which only a few widely separated markets exist. These markets are not independent of each other in the formation of prices. If a market is of decisive importance, reports of transactions made there are transmitted to all other major markets. Aspecial class of economizing individuals, speculators, takes care that the differences in price between the various markets do not significantly exceed the costs of transportation. The second cause of differences in the marketability of commodities is thus the fact that the geographical areas within which their sale is confined are sometimes wider and sometimes narrower, and that while there are many trading points within this area at which some commodities can be sold at economic prices, there are only a few such points in the case of other commodities. Owners of commodities of the first category can sell them at will in many places over a wide trading area at economic prices, while owners of commodities of the second category can sell them only in a few places over a narrow trading area. Thirdly, there are commodities for which a lively and well organized speculation exists that absorbs every portion of the available quantity of the commodities coming to market at any time, even though in excess of current requirements. There are other commodity markets in which speculation is not carried on, or at least not to the same extent, and in which, if they become oversupplied with commodities, either prices fall rapidly, or the commodities brought to market must be taken away unsold. Goods of the first kind can generally be sold in any quantity actually available at a given time with little sacrifice in price, while the owner of a commodity for which no speculation exists can sell quantities exceeding current requirements only with very severe losses or not at all. Igave an example of this last class of commodities earlier when Icited the marketability of books written for specific groups of scholars. More important in this regard are commodities that have no independent use and are wanted only as parts of other commodities. Whatever the price of watch springs or the price of pressure gauges for steam engines may be, requirements for them are determined almost exactly by the number of watches or steam engines to be produced, and a considerably larger quantity of the former goods could not be sold at any price. On the other hand, gold and silver, and several other commodities whose narrowly limited available quantities stand opposite almost unlimited requirements, can be sold in any quantity whatsoever. There is no doubt that a quantity of gold a thousand times as large as that presently available, and a quantity of silver a hundred times as large, would still find buyers if brought to market. Such increases in the available quantities of these metals would cause them to fall severely in price, and they would then doubtless be used by persons of little wealth for utensils and ordinary plate, and even by poorer people for adornment. But even if they were brought to market in such enormously increased quantities, it would not be in vain. They could still be sold. Asimilar increase, however, of the best scholarly work, of the most excellent optical instruments, or even of such important commodities as bread and meat, would make them literally unsaleable. From these considerations, it follows that a possessor of gold and silver can very readily sell any portion of the quantity of these goods available at any time, in the worst case with a small loss in price. But the sudden accumulation of most commodities usually leads to a much greater fall in price, and there is always the possibility that they cannot be sold at all under such conditions. The third cause of differences in the marketability of commodities, then, is the fact that the quantitative limits of the amounts of them that can be sold are sometimes wider and sometimes narrower, and that within these limits the quantities of some commodities brought to market can easily be sold at economic prices, while this is not true of other commodities, or at least not in the same degree. Finally, there are commodities for which almost continuous markets exist. Securities and a number of raw materials, in places where there are commodity exchanges, can be marketed every day. There are other commodities that are traded on two or three days of the week. There are usually weekly markets for grains and other legumes, quarterly fairs for the products of industry, and two or more so-called annual fairs a year for horses and other domestic animals, etc. The fourth cause of differences in the marketability of commodities is thus the fact that the time limits within which com- modities can be sold are sometimes wider and sometimes narrower, and that within these limits some commodities can be sold at economic prices at any time, while others can be sold only at more or less distant points in time. If we now turn briefly to the actual phenomena of economic life and observe the extraordinary differences in the marketability of the various commodities, it will not be difficult for us to reduce these differences to one or more of the causes explained above. Aperson who owns a quantity of grain has in his possession a commodity he can dispose of at almost any moment he desires wherever there are grain exchanges. Where there are only weekly markets he can still sell it every week at prices that are in accord with the economic situation. He thus has a commodity which, to use a very significant mercantile term, is almost “liquid cash.” The causes of this lie in the large number of persons who have requirements for grain, in the wide spatial, temporal, and quantitative limits of its marketability, in the usually efficient organization of grain markets, and in the lively speculation in this commodity. Aperson who has a stock of furs will find himself in many ways in a somewhat more unfavorable situation. The quantitative limits of the marketability of this article are much narrower and the markets less well organized than those for grain. In addition, fur markets are frequently very distant from each other in space and time, and speculation in this article is much less lively than in grain. Aperson with wheat will be able to unload his holdings under almost any circumstances if he is willing to sell at a fraction of a penny below the current market quotation. This will not always be true of furs, and it may happen much more easily that the owner can sell his holdings only at relatively large losses or perhaps sometimes not at all, and that he may therefore be compelled to wait a considerable time before selling. We would obtain even greater contrasts if we were to compare the marketability of grain with the marketability of such articles as telescopes, meerschaum ornaments, and potted plants in general — or with the less marketable varieties of these commodities! C. The facility with which commodities circulate. In the preceding sections, Ihave explained the general and specific causes of differences in the marketability of commodities. In other words, Ihave shown the causes of the greater or less facility with which an owner of commodities can expect to sell them at economic prices. At this point one might be inclined to consider the problem of the greater or less facility with which commodities can circulate through several hands as also solved, since the circulation of a commodity through several hands simply consists of a number of single transactions, and to think that a commodity that can be passed without difficulty from the hands of its owner to some other economizing individual should find its way just as easily from the hands of the second owner into those of a third, and so on. But experience shows that this is not true of all commodities. In what follows, it will be our task to investigate the special causes responsible for the fact that some commodities can be observed to circulate easily from hand to hand while others, even some that have a high degree of marketability, do not. Some commodities have almost the same marketability in the hands of every economizing individual. Gold nuggets extracted from the sands of the Aranyos River by a dirty Transylvanian gypsy are just as saleable in his hands as in the hands of the owner of a gold mine, provided the gypsy knows where to find the right market for his commodity. Gold nuggets can pass through any number of hands without any decrease whatsoever in marketability. But articles of clothing, bedding, prepared foods, etc., would be suspect and almost unsaleable, or at any rate of greatly depreciated value, in the hands of the gypsy, even if they had not been used by him, and even if he had, from the beginning, acquired them only with the intention of passing them on in exchange. However saleable commodities of this kind may be in the hands of their producers or certain merchants, they lose their marketability altogether, or at any rate in part, if even a suspicion arises that they have already been used or only been in unclean hands. They are therefore not suited in economic exchange to circulation from hand to hand. Other commodities require special knowledge, skills, permits, or governmental licenses, privileges, etc., for their sale, and are not at all, or only with difficulty, saleable in the hands of an individual who cannot acquire these requisites. In any case they lose value in his hands. Commodities destined for trade with India or South America, pharmaceutical preparations, patented articles, etc., may be extremely saleable in the hands of certain persons, but lose a large part of their marketability in the hands of other persons. Hence they are as little suited as the commodities of the previous paragraph to free circulation from hand to hand. Moreover, commodities that must be specially fitted to the needs of the consumer to be useable at all are not saleable in an equal degree in the hands of every owner Shoes, hats, and similar articles, of all sizes, are always fairly saleable in the hands of a shoe merchant or a hatter in whose shops or stores large numbers of customers assemble, especially since these businessmen generally have facilities for fitting the commodities to the special needs of their customers. In the hands of another person, these commodities can be sold only with difficulty and almost always only at a heavy loss. These commodities too are not suited to free circulation from hand to hand. Commodities whose prices are not well known or subject to considerable fluctuations also do not pass easily from hand to hand. Apurchaser of such commodities faces the danger of “overpaying” for them, or of suffering a loss before he has passed them on due to a fall in price. A “lot” of grain on a grain exchange, or a parcel of popular securities on a stock exchange, can easily change hands ten times in a few hours, but farms and factories, whose value can be determined only after a careful investigation of all the relevant circumstances, are entirely unsuited to rapid circulation. Even people who are not members of a stock exchange will readily accept securities whose prices are not subject to any considerable fluctuation in place of cash payment But commodities that are subject to violent price fluctuations can circulate easily only “below the market,” since all persons who are not willing to speculate will want to protect themselves against loss. Thus commodities whose prices are uncertain or fluctuate severely are also not well suited to free circulation from hand to hand. Finally, it is clear that the several factors limiting the marketability of commodities will have a multiple weight wherever commodities are transferred from hand to hand, from place to place, and from one time period to another. Commodities whose marketability is restricted to a small number of persons, whose area of sale is limited, which can be preserved only for a short time, whose preservation involves considerable economic sacrifices, which can be brought to market only in strictly limited quantities at any one time, or whose prices are subject to fluctuations, etc., may all retain some degree of marketability within certain (even though very narrow) limits, but they are not capable of circulating freely. Thus we find that for a commodity to be capable of circulating freely it must be saleable in the widest sense of the term to every economizing individual through whose hands it may pass, and to each of these persons it must be saleable, not in one respect alone, but in all four of the senses discussed above. --- # Principles of Economics, Chapter VIII: The Theory of Money URL: https://newaustrianeconomics.com/library/principles-of-economics/chapter-viii/ Author: Carl Menger Year: 1871 Book: Principles of Economics MONEY ### 1. The Nature and Origin of Money In the early stages of trade, when economizing individuals are only slowly awakening to knowledge of the economic gains that can be derived from exploitation of existing exchange opportunities, their attention is, in keeping with the simplicity of all cultural beginnings, directed only to the most v–xx, and 167 ff.; Carnap, “Zur Geschichte der Münzwissenschaft und der Werthzeichen,” Zeitschrift für die gesammte Staatswissenschaft, XVI (1860), 348–396; Friedrich Kenner, “Die Anfänge des Geldes in Alterthume,” Sitzungsberichte der Kaiserlichen Akademie der Wissenschaften zu Wien: Philologisch-Historische Classe, XLIII (1863), 382–490; Roscher, op cit., pp. 36–40; Hildebrand, op. cit., p. 5; Scheel, op. cit., pp. 12–29; A.N. Bernardakis, “De l’origine des monnaies et de leurs noms,” Journal des Economistes, (Third Series), XVIII (1870), 209–245. obvious of these opportunities. In considering the goods he will acquire in trade, each man takes account only of their use value to himself. Hence the exchange transactions that are actually performed are restricted naturally to situations in which economizing individuals have goods in their possession that have a smaller use value to them than goods in the possession of other economizing individuals who value the same goods in reverse fashion. Ahas a sword that has a smaller use value to him than B’s plough, while to Bthe same plough has a smaller use value than A’s sword — at the beginning of human trade, all exchange transactions actually performed are restricted to cases of this sort. It is not difficult to see that the number of exchanges actually performed must be very narrowly limited under these conditions. How rarely does it happen that a good in the possession of one person has a smaller use value to him than another good owned by another person who values these goods in precisely the opposite way at the same time! And even when this relationship is present, how much rarer still must situations be in which the two persons actually meet each other! Ahas a fishing net that he would like to exchange for a quantity of hemp. For him to be in a position actually to perform this exchange, it is not only necessary that there be another economizing individual, B, who is willing to give a quantity of hemp corresponding to the wishes of Afor the fishing net, but also that the two economizing individuals, with these specific wishes, meet each other. Suppose that Farmer Chas a horse that he would like to exchange for a number of agricultural implements and clothes. How unlikely it is that he will find another person who needs his horse and is, at the same time, both willing and in a position to give him all the implements and clothes he desires to have in exchange! This difficulty would have been insurmountable, and would have seriously impeded progress in the division of labor, and above all in the production of goods for future sale, if there had not been, in the very nature of things, a way out. But there were elements in their situation that everywhere led men inevitably, without the need for a special agreement or even govern- ment compulsion, to a state of affairs in which this difficulty was completely overcome. The direct provision of their requirements is the ultimate purpose of all the economic endeavors of men. The final end of their exchange operations is therefore to exchange their commodities for such goods as have use value to them. The endeavor to attain this final end has been equally characteristic of all stages of culture and is entirely correct economically. But economizing individuals, would obviously be behaving uneconomically if, in all instances in which this final end cannot be reached immediately and directly, they were to forsake approaching it altogether. Assume that a smith of the Homeric age has fashioned two suits of copper armor and wants to exchange them for copper, fuel, and food. He goes to market and offers his products for these goods. He would doubtless be very pleased if he were to encounter persons there who wish to purchase his armor and who, at the same time, have for sale all the raw materials and foods that he needs. But it must obviously be considered a particularly happy accident if, among the small number of persons who at any time wish to purchase a good so difficult to sell as his armor, he should find any who are offering precisely the goods that he needs. He would therefore make the marketing of his commodities either totally impossible, or possible only with the expenditure of a great deal of time, if he were to behave so uneconomically as to wish to take in exchange for his commodities only goods that have use value to himself and not also other goods which, although they would have commodity-character to him, nevertheless have greater marketability than his own commodity. Possession of these commodities would considerably facilitate his search for persons who have just the goods he needs. In the times of which Iam speaking, cattle were, as we shall see below, the most saleable of all commodities. Even if the armorer is already sufficiently provided with cattle for his direct requirements, he would be acting very uneconomically if he did not give his armor for a number of additional cattle. By so doing, he is of course not exchanging his commodities for consumption goods (in the narrow sense in which this term is opposed to “commodities”) but only for goods that also have commodity-character to him. But for his less saleable commodities he is obtaining others of greater marketability. Possession of these more saleable goods clearly multiplies his chances of finding persons on the market who will offer to sell him the goods that he needs. If our armorer correctly recognizes his individual interest, therefore, he will be led naturally, without compulsion or any special agreement, to give his armor for a corresponding number of cattle. With the more saleable commodities obtained in this way, he will go to persons at the market who are offering copper, fuel, and food for sale, in order to achieve his ultimate objective, the acquisition by trade of the consumption goods that he needs. But now he can proceed to this end much more quickly, more economically, and with a greatly enhanced probability of success. As each economizing individual becomes increasingly more aware of his economic interest, he is led by this interest, without any agreement, without legislative compulsion, and even without regard to the public interest, to give his commodities in exchange for other, more saleable, commodities, even if he does not need them for any immediate consumption purpose. With economic progress, therefore, we can everywhere observe the phenomenon of a certain number of goods, especially those that are most easily saleable at a given time and place, becoming, under the powerful influence of custom, acceptable to everyone in trade, and thus capable of being given in exchange for any other commodity. These goods were called “Geld”2 by our ancestors, a term derived from “gelten” which means to compensate or pay. Hence the term “Geld” in our language designates the means of payment as such.3 The great importance of custom4 in the origin of money can be seen immediately by considering the process, described above, by which certain goods became money. The exchange of less easily saleable commodities for commodities of greater market2For obvious reasons, the words “Geld” and “gelten” in this and the following 286–290 and by G.F. Le Trosne, De l’intérêt social, Paris, 1777, pp. 43f. ability is in the economic interest of every economizing individual. But the actual performance of exchange operations of this kind presupposes a knowledge of their interest on the part of economizing individuals. For they must be willing to accept in exchange for their commodities, because of its greater marketability, a good that is perhaps itself quite useless to them. This knowledge will never be attained by all members of a people at the same time. On the contrary, only a small number of economizing individuals will at first recognize the advantage accruing to them from the acceptance of other, more saleable, commodities in exchange for their own whenever a direct exchange of their commodities for the goods they wish to consume is impossible or highly uncertain. This advantage is independent of a general acknowledgement of any one commodity as money. For an exchange of this sort will always, under any circumstances whatsoever, bring an economizing individual considerably nearer to his final end, the acquisition of the goods he wishes to consume. Since there is no better way in which men can become enlightened about their economic interests than by observation of the economic success of those who employ the correct means of achieving their ends, it is evident that nothing favored the rise of money so much as the long-practiced, and economically profitable, acceptance of eminently saleable commodities in exchange for all others by the most discerning and most capable economizing individuals. In this way, custom and practice contributed in no small degree to converting the commodities that were most saleable at a given time into commodities that came to be accepted, not merely by many, but by all economizing individuals in exchange for their own commodities.5 Within the boundaries of a state, the legal order usually has an influence on the money-character of commodities which, though small, cannot be denied. The origin of money (as distinct from coin, which is only one variety of money) is, as we have seen, entirely natural and thus displays legislative influence only in the rarest instances. Money is not an invention of the state. It is not the product of a legislative act. Even the sanc- TR. tion of political authority is not necessary for its existence. Certain commodities came to be money quite naturally, as the result of economic relationships that were independent of the power of the state. But if, in response to the needs of trade, a good receives the sanction of the state as money, the result will be that not only every payment to the state itself but all other payments not explicitly contracted for in other goods can be required or offered, with legally binding effect, only in units of that good. There will be the further, and especially important, result that when payment has originally been contracted for in other goods but cannot, for some reason, be made, the payment substituted can similarly be required or offered, with legally binding effect, only in units of the one particular good. Thus the sanction of the state gives a particular good the attribute of being a universal substitute in exchange, and although the state is not responsible for the existence of the money-character of the good, it is responsible for a significant improvement of its money-character.6 ### 2. The Kinds of Money Appropriate to Particular Peoples and Historical Periods Peoples and to Particular Historical Periods Money is not the product of an agreement on the part of economizing men nor the product of legislative acts. No one invented it. As economizing individuals in social situations became increasingly aware of their economic interest, they everywhere attained the simple knowledge that surrendering less saleable commodities for others of greater saleability brings them substantially closer to the attainment of their specific economic purposes. Thus, with the progressive development of social economy, money came to exist in numerous centers of civilization independently. But precisely because money is a natural product of human economy, the specific forms in which it has für die gesammte Staatswissenschaft, XIV (1858), 266; and Mommsen, op. cit., pp. vii–viii. appeared were everywhere and at all times the result of specific and changing economic situations. Among the same people at different times, and among different peoples at the same time, different goods have attained the special position in trade described above. In the earliest periods of economic development, cattle seem to have been the most saleable commodity among most peoples of the ancient world. Domestic animals constituted the chief item of the wealth of every individual among nomads and peoples passing from a nomadic economy to agriculture. Their marketability extended literally to all economizing individuals, and the lack of artificial roads combined with the fact that cattle transported themselves (almost without cost in the primitive stages of civilization!) to make them saleable over a wider geographical area than most other commodities. Anumber of circumstances, moreover, favored broad quantitative and temporal limits to their marketability. Acow is a commodity of considerable durability. Its cost of maintenance is insignificant where pastures are available in abundance and where the animals are kept under the open sky. And in a culture in which everyone attempts to possess as large herds as possible, cattle are usually not brought to market in excessive quantities at any one time. In the period of which Iam speaking, there was no similar juncture of circumstances establishing as broad a range of marketability for any other commodity. If we add to these circumstances the fact that trade in domestic animals was at least as well developed as trade in any other commodity, cattle appear to have been the most saleable of all available commodities and hence the natural money of the peoples of the ancient world.7 The trade and commerce of the most cultured people of the ancient world, the Greeks, whose stages of development history has revealed to us in fairly distinct outlines, showed no trace of coined money even as late as the time of Homer. Barter still prevailed, and wealth consisted of herds of cattle. Payments were made in cattle. Prices were reckoned in cattle. And cattle were used for the payment of fines. Even Draco imposed fines in cattle, and the practice was not abandoned until Solon con7See the last two paragraphs of Appendix I (p. 313) for material appended here verted them, apparently because they had outlived their usefulness, into metallic money at the rate of one drachma for a sheep and five drachmae for a cow. Even more distinctly than with the Greeks, traces of cattle-money can be recognized in the case of the cattle breeding ancestors of the peoples of the Italian peninsula. Until very late, cattle and, next to them sheep, formed the means of exchange among the Romans. Their earliest legal penalties were cattle fines (imposed in cattle and sheep) which appear still in the lex Aternia Tarpeia of the year 454 B.C., and were only converted to coined money 24 years later.8 Among our own ancestors, the old Germanic tribes, at a time when, according to Tacitus, they held silver and earthen vessels in equal esteem, a large herd of cattle was considered identical with riches. Barter stood in the foreground, just as it did among the Greeks of the Homeric age, and cattle again and, in this case, horses (and weapons too!) already served as means of exchange. Cattle constituted their most highly esteemed property and were preferred above all else. Legal fines were paid in cattle and weapons, and only later in metallic money.9 Otto the Great still imposed fines in terms of cattle. Among the Arabs, the cattle standard existed as late as the time of Mohammed.10 Among the peoples of eastern Asia Minor, where the writings of Zoroaster, the Zendavesta, were held sacred, other forms of money replaced the cattle standard only quite late, after the neighboring peoples had long gone over to a metallic currency.11 That cattle were used as currency Masse des Alterthums, Berlin, 1838, pp. 385 ff., 420 ff.; Mommsen, op. cit., p. 169; Friedrich O. Hultsch, Griechische und römische Metrologie, Berlin, 1862, pp. 124ff., Zeitschrift für deutsches Alterthum, IX (1853), 548ff.; Jakob Grimm, Deutsche Rechtsalterthümer, 4th edition prepared by A. Heusler and R. Hübner, Leipzig, 1899, II, 123–124; Ad. Soetbeer, “Beiträge zur Geschichte des Geld- und Münzwesens in Deutschland,” Forschungen zur deutschen Geschichte, I (1862), 215. 139. by the Hebrews,12 by the peoples of Asia Minor, and by the inhabitants of Mesopotamia, in prehistoric times may be supposed although we cannot find evidence of it. These tribes all entered history at a level of civilization at which they had presumably already gone beyond the cattle standard — if one may be permitted to draw general conclusions, by analogy, from later developments, and from the fact that it appears to be unnatural in a primitive society to make large payments in metal or metallic implements.13 But rising civilization, and above all the division of labor and its natural consequence, the gradual formation of cities inhabited by a population devoted primarily to industry, must everywhere have had the result of simultaneously diminishing the marketability of cattle and increasing the marketability of many other commodities, especially the metals then in use. The artisan who began to trade with the farmer was seldom in a position to accept cattle as money; for a city dweller, the temporary possession of cattle necessarily involved, not only discomforts, but also considerable economic sacrifices; and the keeping and feeding of cattle imposed no significant economic sacrifice upon the farmer only as long as he had unlimited pasture and was accustomed to keep his cattle in an open field. With the progress of civilization, therefore, cattle lost to a great extent the broad range of marketability they had previously had with respect to the number of persons to whom, and with respect to the time period within which, they could be sold economically. At the same time, they receded more and more into the background relative to other goods with respect to the spatial and quantitative limits of their marketability. They ceased to be the most saleable of commodities, the economic form of money, and finally ceased to be money at all. In all cultures in which cattle had previously had the character of money, cattle-money was abandoned with the passage from a nomadic existence and simple agriculture to a more complex system in which handicraft was practiced, its place being taken by the metals then in use. Among the metals that were at first principally worked by men because of their ease of extraction and malleability were copper, silver, gold, and in some cases also iron. The transition took place quite smoothly when it became necessary, since metallic implements and the raw metal itself had doubtless already been in use everywhere as money in addition to cattle-currency, for the purpose of making small payments. Copper was the earliest metal from which the farmer’s plough, the warrior’s weapons, and the artisan’s tools were fashioned. Copper, gold, and silver were the earliest materials used for vessels and ornaments of all kinds. At the cultural stage at which peoples passed from cattle-money to an exclusively metallic currency, therefore, copper and perhaps some of its alloys were goods of very general use, and gold and silver, as the most important means of satisfying that most universal passion of primitive men, the desire to stand out in appearance before the other members of the tribe, had become goods of most general desire. As long as they had few uses, the three metals circulated almost exclusively in finished forms. Later, circulating as raw metal, they were less limited as to use and had greater divisibility. Their marketability was neither restricted to a small number of economizing persons nor, because of their great usefulness to all peoples and easy transportability at relatively slight economic sacrifices, confined within narrow spatial limits. Because of their durability they were not restricted in marketability to narrow limits in time. As a result of the general competition for them, they could be more easily marketed at economic prices than any other commodities in comparable quantities (p. 227). Thus we observe an economic situation in the historical period following nomadism and simple agriculture in which these three metals, being the most saleable goods, became the exclusive means of exchange. This transition did not take place abruptly, nor did it take place in the same way among all peoples. The newer metallic standard may have been in use for a long time along with the older cattle-standard before it replaced the latter completely. The value of an animal, in metallic money, may have served as the basis for the currency unit even after metal had completely displaced cattle as currency in trade. The Dekaboion, Tessearboion, and Hekatomboion of the Greeks, and the earliest me- tallic money of the Romans and Gauls were probably of this nature, and the animal picture appearing on the pieces of metal was probably a symbol of this value.14 It is, to say the least, uncertain whether copper or brass, as the most important of the metals in use, were the earliest means of exchange, and whether the precious metals acquired the function of money only later. In eastern Asia, in China, and perhaps also in India, the copper standard experienced its most complete development. In central Italy an exclusively copper standard also developed. In the ancient cultures on the Euphrates and Tigris, on the other hand, not even traces of the former existence of an exclusively copper standard are to be found, and in Asia Minor and Egypt, as well as in Greece, Sicily, and lower Italy, its independent development was arrested, wherever it had existed at all, by the vast development of Mediterranean commerce, which could not be carried on adequately with copper alone. But it is certain that all peoples who were led to adopt a copper standard as a result of the material circumstances under which their economy developed, passed on from the less precious metals to the more precious ones, from copper and iron to silver and gold, with the further development of civilization, and especially with the geographical extension of commerce. In all places, moreover, where a silver standard became established, there was a later transition to a gold standard, and if the transition was not always actually completed, the tendency existed nevertheless. In the narrow commerce of an ancient Sabine city with the surrounding region, and in keeping with the early simplicity of Sabine customs, when the cattle-standard had outlived its usefulness, copper best served the practical purposes of the farmers and of the city dwellers as well. It was the most important metal in use, certainly the commodity whose marketability extended to the largest number of persons, and the quantitative limits of William Heinemann, 1914, I, 55; Pliny, The Natural History, translated by John Bostock and H.T. Riley, London: H.G. Bohn, 1856, IV, 5–6; Heinrich Schreiber, “Die Metallringe der Kelten als Schmuck und Geld,” Taschenbuch für Geschichte und Alterthum, II, 67–152, 240–247, and III, 401–408. its marketability were wider than those of any other commodity — the most important requisites of money in the primitive stages of civilization. It was, moreover, a good whose easy and inexpensive preservation and storage in small amounts and whose relatively moderate cost of transportation qualified it to a sufficient degree for monetary purposes within narrow geographical limits. But as soon as the area of trade widened, as the rate of commodity turnover quickened, and as the precious metals became more and more the most saleable commodities of a new epoch, copper naturally lost its capacity to serve as money. With the trade of this people extending over the whole world, with the rapid turnover of their commodities, and with the increasing division of labor, each economizing individual felt more and more the need of carrying money on his person. With the progress of civilization, the precious metals became the most saleable commodities and thus the natural money of peoples highly developed economically. The history of other peoples presents a picture of great differences in their economic development and hence also in their monetary institutions. When Mexico was invaded for the first time by Europeans, it appears already to have reached an unusual level of economic development, according to the reports published by eyewitnesses about the condition of the country at that time. The trade of the ancient Aztecs is of special interest to us for two reasons: (1) it proves to us that the economic thinking that leads men to activity directed to the fullest possible satisfaction of their needs is everywhere responsible for analogous economic phenomena, and (2) ancient Mexico presents us with the picture of a country in the state of transition from a pure barter to a money economy. We thus have the record of a situation in which we can observe the characteristic process by which a number of goods attain greater prominence than the rest and become money. The reports of the conquistadors and contemporary writers depict Mexico as a country with numerous cities and a well organized and imposing trade in goods. There were daily markets in the cities, and every five days major markets were held which were distributed over the country in such a way that the major market of any one city was not impaired by the competition of that of a neighboring city. There was a special large square in each city for trade in commodities, and in it a particular place was assigned for each commodity, outside of which trade in that commodity was forbidden. The only exceptions to this rule were foodstuffs and objects difficult to transport (timber, tanning materials, stones, etc.). The number of people assembled at the market place of the capital, Mexico, was estimated to have been 20,000 to 25,000 for the daily markets, and between 40,000 and 50,000 on major market days. Agreat many varieties of commodities were traded.15 The interesting question that arises is whether, in the markets of ancient Mexico, which were similar in so many ways to those of Europe, there had also already appeared phenomena analogous in nature and origin to our money. The actual report of the Spanish invaders is that the trade of Mexico, at the time they first entered the country, had long since ceased to move exclusively within the limits of simple barter, and that some commodities had instead already attained the special status in trade that Idiscussed more extensively earlier — that is, the status of money. Cocoa beans in small bags containing 8,000 to 24,000 beans, certain small cotton handkerchiefs, golds and in goose quills that were accepted according to size (balances and weighing instruments in general being unknown to the Mexicans), pieces of copper, and finally, thin pieces of tin, appear to have been the commodities that were readily accepted by everyone (as money), even if the persons receiving them did not need them immediately, whenever a direct exchange of immediately usable commodities could not be accomplished. Eye-witnesses mention the following commodities as being traded on the Mexican markets: live and dead animals, cocoa, all other foods, precious stones, medicinal plants, herbs, gums, resins, earths, prepared medicines, commodities made of the fibers of the century plant, of palm leaves, and of animal hair, articles made of feathers, and of wood and stone, and finally gold, copper, tin, timber, stones, tanning materials, and hides. If we consider not only this list of commodities but also (1) the fact that Mexico, at the time of its discovery by Europeans, was already a developed country with some industry and populous cities, (2) that since the majority of our domestic animals were unknown to them, a cattle-standard was entirely out of the question, (3) that cocoa was the daily beverage, cotton the most common clothing material, and gold, copper, and tin the most widely used metals of the Aztec people, and (4) that the nature of these commodities and the fact of their general use gave them greater marketability than all other commodities, it is not difficult to understand exactly why these goods became the money of the Aztec people. They were the natural, even if little developed, currency of ancient Mexico. Analogous causes were responsible for the fact that animal skins became money among hunting peoples engaged in external trade. Among hunting tribes there is naturally an oversupply of furs, since providing a family with food by means of hunting leads to so great an accumulation of skins that at most only a competition for especially beautiful or rare kinds of skins can arise among the members of the hunting tribe. But if the tribe enters into trade with foreign peoples, and a market for skins arises in which numerous consumable goods can, at the choice of the hunters, be exchanged for furs, nothing is more natural than that skins will become the most saleable good, and hence that they will come to be preferred and accepted even in exchanges taking place between the hunters themselves. Of course hunter Adoes not need the skins of hunter Bthat he accepts in an exchange, but he is aware that he will be able to exchange them easily on the markets for other goods that he does need. He therefore prefers the skins, even though they also have only the character of commodities to him, to other commodities in his possession that are less easily saleable. We can actually observe this relationship among almost all hunting tribes who carry on foreign trade with their skins.16 regions of the Hudson’s Bay Company. Three martens are equal to one beaver, one white fox to two beavers, one black fox or one bear equal to four beavers, and one rifle equal to 15 beavers (“Die Jäger im nördlichen The fact that slaves and chunks of salt became money in the interior of Africa, and that cakes of wax on the upper Amazon, cod in Iceland and Newfoundland, tobacco in Maryland and Virginia, sugar in the British West Indies, and ivory in the vicinity of the Portuguese colonies, took on the functions of money is explained by the fact that these goods were, and in some cases still are, the chief articles exported from these places. Thus they acquire, just as did furs among hunting tribes, a preeminent marketability. The local money-character of many other goods, on the other hand, can be traced back to their great and general use value locally and their resultant marketability. Examples are the moneycharacter of dates in the oasis of Siwa, of tea-bricks in central Asia and Siberia, of glass beads in Nubia and Sennar, and of ghussub, a kind of millet, in the country of Ahir (Africa). An example in which both factors have been responsible for the money-character of a good is provided by cowrieshells, which have, at the same time, been both a commonly desired ornament and an export commodity.17 Thus money presents itself to us, in its special locally and temporally different forms, not as the result of an agreement, legislative compulsion, or mere chance, but as the natural product of differences in the economic situation of different peoples at the same time, or of the same people in different periods of their history. Amerika,” Das Ausland, XIX, no. 21, [Jan. 21, 1846], 84). The Estonian word “raha” (money) has in the related language of the Laplanders the meaning of fur (Philipp Krug, Zur Münzkunde Russlands, St. Petersburg, 1805). On fur money in the Russian middle ages, see the report by Nestor (A.L. Schlözer, translator, Nestor, Russische Annalen, Goettingen, 1802–1809, III, 90). The old word, “kung” (money) really means marten. As late as 1610 a Russian war chest containing 5450 rubles in silver and 7000 rubles worth of fur was taken. (See Nikolai Karamzin, Geschichte des russischen Reichs, Riga, 1820–1833, XI, 183). See also Roscher, op. cit., p. 309, and Heinrich Storch, Handbuch der National-Wirthschaftlehre, ed. by K.H. Rau, Hamburg, 1820, III, 25–26. ### 3. Money as a “Measure of Price” and as the Most Economic Form for Storing Exchangeable Wealth Since the progressive development of trade and the functioning of money give rise to an economic situation in which commodities of all kinds are exchanged for each other, and since the limits within which prices are formed become progressively narrower under the influence of lively competition (p. 201), it was easy for the idea to arise that all commodities will stand, at a given place and at a given time, in a certain price relationship to each other, on the basis of which they can be exchanged for each other at will. Suppose that the prices of the commodities listed below (assuming them to be of given qualities), established in a particular market at a given time, are as follows: Sugar Cotton Wheat flour Effective Prices (per cwt.) Average Price (per cwt.) 24–26 Thalers 29–31 Thalers 5 ½–6 ½ Thalers 25 Thalers 30 Thalers 06 Thalers Now if it is assumed that the average price of a commodity is one at which it can be both bought and sold, then 4 hundredweight of sugar appears, in the example, as the “equivalent” of 3 l/3 hundredweight of cotton, this as the “equivalent” of 16 2/3 hundredweight of wheat flour, and of 100 Thalers, and vice versa. We need only call the equivalent (in this sense) of a commodity (or one of its many equivalents) its “exchange value,” and the sum of money for which it can be both bought and sold its “exchange value in the preferred sense of the term,” to arrive at the concept of exchange value in general and of money as the “measure of exchange value” in particular, which dominate our science. “In a country in which there is a lively commerce,” writes Turgot, “every kind of good will have a current price in terms of every other good, which means that a definite quantity of one good will be equivalent to a definite quantity of every other kind of good. To express the exchange value of a particular good, it is evidently sufficient to state the quantity of another known commodity that is regarded as its equivalent. From this it can be seen that all kinds of goods that can be objects of trade are measured, so to speak, against one another, and that any one of them can serve as a yardstick for all the others.”18 Similar thoughts have been expressed by almost all other economists who come, like Turgot in the course of his famous essay on the origin and distribution of national wealth, to the conclusion that money, among all possible “measures of exchange value,” is the most suitable and hence also the most common. The only defect of this measure is said to lie in the fact that the value of money is not fixed, but changeable,19 and that money therefore provides a reliable measure of “exchange value” for any given moment but not for different points in time. In my discussion of price theory, however, Ihave shown that equivalents of goods in the objective sense of the term cannot be observed anywhere in the economy of men (p. 193), and that the entire theory that presents money as the “measure of the exchange value” of goods disintegrates into nothingness, since the basis of the theory is a fiction, an error. When a hundredweight of wool of given quality is sold in a particular transaction on a wool market for 103 florins, it is often found that transactions are taking place at higher and at lower prices on the same market and at the same time, at 104, 103 ½, and at 102 and 102 ½ florins, for example. Often too, while the buyers on the market declare themselves ready to “take” at 101 florins, the sellers simultaneously declare that they are willing to “offer” only at 105 florins. What, in such a case, is the “exchange value” of wool? Or, to state the same question in an inverse fashion, what quantity of wool is the “exchange value” of 100 florins, for example? Obviously all that can be said is that a hundredweight of wool can be bought or sold on Turgot, ed. by G. Schelle, Paris, 1913–23, II, 554. See also Roscher, op. cit., pp. 297–303, Knies, op. cit., p. 262. im Werth der edeln Metalle von der Entdeckung Amerikas bis zum Jahre 1830, Nürnberg, 1843. that market at that time between the limits of 101 and 105 florins.20 But a particular quantity of wool and a particular quantity of money (or any other commodity) that can mutually be exchanged for each other — that are equivalents in the objective sense of the term — can nowhere be observed for they do not exist. There can thus be no question of a measure of these equivalents (a measure of “exchange value”). It is true that several economic objectives of practical life have given rise to a need for valuations of approximate exactness, especially valuations in terms of money Where only an approximate correctness of the estimates is required, average prices can properly serve as the basis of valuation, since they are generally most suitable for this purpose But it is clear that this method of valuing goods must prove itself completely in sufficient and even erroneous, even for practical life, wherever a higher degree of precision becomes necessary When an exact valuation of goods is necessary, three things must be distinguished according to the intention of the person making the estimate He must direct his attention to estimating (1) the price at which certain goods, if brought to market, can be sold, (2) the price at which goods of a certain kind and quality can be bought on the market, and (3) the quantity of commodities or the sum of money that is the equivalent, to the particular individual himself, of a good or of a quantity of goods. The basis for making the first two estimates follows from what has been said. Price formation, we have seen, always takes place between two extremes, the lower of which may also be called the demand price (the price at which the commodity is asked for on the market) and the higher of which may also be called the supply price (the price at which the commodity is of- haggling process, the seller intending to come down and the buyer to come up. In spite of Menger’s apparent implication in the second paragraph following that “the demand price” and “the supply price” of that paragraph are the limits fered for sale on the market).21 The former will generally be the basis for making the first estimate and the latter the basis for making the second. The third estimate is more difficult since it involves the special position that the good or quantity of goods whose equivalent (in the subjective sense of the term) is under consideration occupies in the economy of the economizing individual. For when he estimates this equivalent, he is also considering whether the good has predominant use value or predominant exchange value to him; when quantities of a good are involved, he is considering what portion has predominant use value and what portion has predominant exchange value to him. Suppose that Apossesses goods a, b, and c, which have a predominant use value to him, and also goods d, e, and f, which have a predominant exchange value to him. The sum of money he expects he could obtain by selling the first group would not be an equivalent of these goods to him since their use value to him is the higher, economic, form Instead, only a sum of money that would purchase identical goods or such goods as have the same use value to him will be an equivalent of these goods to him. Goods d, e, and f, however, are commodities and hence intended for sale In the ordinary course of events, they will be exchanged for money The price expected for them by economizing individual Ais generally indeed the equivalent of these goods.22 The equivalent of a good can be correctly estimated therefore only with respect to the possessor and the economic status of the good to him. The prerequisite that is necessary for the determination of the equivalent of a complex of goods (a person’s property) is the separate estimation of the equivalent of each consumption good and each commodity in the complex.23 our science, it has long been the object of detailed investigations on the p a r t o f s t u d e n t s o f t h e l a w. Th i s q u e s t i o n i s o f p r a c t i c a l i n t e re s t t o t h e m i n c a s e s i n w h i c h t h e re a re c l a i m s f o r d a m a g e s a s w e l l a s i n Although the theory of “exchange value” in general, and as a necessary consequence, the theory of money as a “measure of exchange value” in particular, must be designated as untenable after what has been said, observation of the nature and function of money teaches us nevertheless that the various estimates just discussed (as distinguished from measurement of the “exchange value” of goods) are usually most suitably made in terms of money. The purpose of the first two valuations is the estimation of the quantities of goods for which a commodity may be bought or sold at a given time on a given market. These quantities of goods will ordinarily consist only of money if the prospective transactions are actually performed, and knowledge of the sums of money for which a commodity can be purchased or sold is naturally, therefore, the immediate objective of the economic task of valuation. Under conditions of developed trade, the only commodity in which all others can be evaluated without roundabout procedures is money. Wherever barter in the narrow sense of the term disappears, and only sums of money (for the most part) actually appear as prices of the various commodities, a reliable basis for valuation in any but monetary terms is lacking. The valuation of grain or wool, for example, is relatively simple in terms of money. But the valuation of wool in terms of grain, or of grain in terms of wool, involves greater difficulties, if for no other reason than because a direct exchange of these two goods never takes place, or only in the rarest exceptional cases, with the result that the foundation for such a valuation, the respective effective prices, is wanting. Avaluation of this kind is therefore usually only possible on the basis of a computation involving, as a prerequisite, the prior valuation of the two goods in terms of money. The valuation of a good in terms of money, many other cases (whenever there is substitute fulfillment of a contract, for example). Consider, for instance, the case of someone unlawfully preventing a scientist from using his library. The “market price” of the books would be a very insufficient compensation to the scientist for his loss. But the market price would be the rightful equivalent of the library to the scientist’s heir, to whom, the library would have a predominating exchange value. on the other hand, can be made directly on the basis of the existing effective prices. The valuation of commodities in terms of money thus not only answers, as we saw before, the ordinary practical purposes of valuation most effectively, but is also the most convenient and the simplest in practical operation. Valuation in terms of other commodities is a more complicated procedure that presupposes prior valuations in terms of money. The same may be said about the estimation of the equivalents of goods in the subjective sense of the term, since again the first two valuations constitute its prerequisites and foundation. Thus it is clear why the only commodity in terms of which valuations are usually made is money. In this sense, as the commodity in terms of which valuations are as a rule and most suitably made under conditions of developed trade, money may, if one desires, be called a measure of prices.24,25 Ihave explained above the reasons why estimates can generally be most effectively made in terms of a commodity that has already attained money character whenever such a commodity exists, and thus why estimates are actually made in these terms unless peculiarities of the commodity that has become money prevent it. But this outcome is not a necessary conse- men (Ethica Nicomachea V. 5. 1133b, 16; and ix, 1. 1164a, 1). Among the writers who trace back the origin of money exclusively or predominantly to the need of economizing men for a measure of “exchange value,” or of prices, and who regard the money character of the precious metals as due to their special suitability for this purpose, Ishould like to mention here the following: Carlo Antonio Broggia, Trattato delle monete, (published 1743) in Scrittori classici Italiani di economia politica, Milano, 1803–05, IV, 304; Pompeo Neri, Osservazioni sopra il prezzo legale delle monete, (published 1751) in ibid., VI, 134ff.; Ferdinando Galiani, Della moneta, in ibid., XII, 23ff. and 120ff.; Antonio Genovesi, Lezioni di economia civile, in ibid., XV, 291–313 and 333–341; Francis Hutcheson, A System of Moral Philosophy, London, 1755, II, 55–58; David Ricardo, op. cit., p. 40; Storch, op. cit., I, 45ff.; Lorenz v. Stein, System der Staatswissenschaft, Stuttgart, 1852, I, 217ff.; Albert E.F. Schäffle, Das gesellschaftliche System der menschlichen Wirthschaft, Tübingen, 1873, I, 221 f. quence of the money character of a commodity. One can very easily imagine cases in which a commodity that does not have money character nevertheless serves as the “measure of price,” or cases in which only one or another of several commodities that have attained money character serve in this additional capacity. The function of serving as a measure of price is therefore not necessarily an attribute of commodities that have attained money character. And if it is not a necessary consequence of the fact that a commodity has become money, it is still less a prerequisite or cause of a commodity becoming money. Actually, of course, money is generally a very suitable measure of price. This is especially true of metallic money because of its high divisibility and because of the relatively greater stability of the factors determining its value. There are other commodities that have attained money character (weapons, plate, bronze rings, etc.) but which have never been used as measures of price. The function of serving as a measure of price is not, therefore, contained in the concept of money. Several economists have fused the concept of money and the concept of a “measure of value” together, and have involved themselves, as a result, in a misconception of the true nature of money. The same factors that are responsible for the fact that money is the only commodity in terms of which valuations are usually made are responsible also for the fact that money is the most appropriate medium for accumulating that portion of a person’s wealth by means of which he intends to acquire other goods (consumption goods or means of production). The portion of his wealth that an economizing individual intends to use for purchasing consumption goods attains that form in which he may, at any time, satisfy his needs in the most certain and most rapid manner if it is first exchanged for money. The portion of an economizing individual’s capital that does not already consist of specialized factors of intended production is also, for the same reason, more suitably held in the form of money than in any other form, since any other commodity must first be exchanged for money in order to be further traded for the desired means of production. In fact, daily experience teaches us that economizing men endeavor to convert that part of their store of consumption goods into money which consists of goods that they no longer intend to use for the direct satisfaction of their needs but instead regard as commodities. Similarly, that part of their capital which does not consist of factors of intended production they turn first into money and thereby take a not inconsiderable step in furthering their economic purposes. But the notion that attributes to money as such the function of also transferring “values” from the present into the future must be designated as erroneous. Although metallic money, because of its durability and low cost of preservation, is doubtless suitable for this purpose also, it is nevertheless clear that other commodities are still better suited for it. Indeed, experience teaches that wherever less easily preserved goods rather than the precious metals have attained money-character, they ordinarily serve for purposes of circulation, but not for the preservation of “values.”26 the seventeenth century. Hobbes starts with the need of men for conserving perishable wealth that they do not intend to use for immediate consumption, and he shows how this end can be achieved by transformation (“concoctio”) of the perishable wealth into metallic money. He also shows how wealth can thereby be carried about more easily (Leviathan, ed. by A.D. Lindsay, “Everyman’s Library,” London, 1914, p. 133). Locke makes the same point (Two Treatises of Government, and Further Considerations concerning Raising the Value of Money, in The Works of John Locke, 12th edition, London, 1824, IV, 364–365 and 139ff.). Sallustio Antonio Bandini develops a view that has its roots in the work of Aristotle. He begins his exposition by showing the difficulties to which pure barter leads, arguing that a person whose goods are wanted by others was not always in a situation in which he could make use of their goods, hence that a pawn (“un mallevadore”) became necessary whose transfer was to assure future compensation, and that the precious metals were chosen for this function. (Discorso economico in Scrittori classici Italiani di economia politica, Milano, 1803–05, VIII, 142ff.) This theory was further developed in Italy by Giammaria Ortes (Della economia nazionale, in ibid., XXIX, 271–276, and Lettere in ibid., XXX, 258ff.); by Gian-Rinaldo Carli (Dell’origine e del commercio della moneta, in ibid., XX, 15–26); and by Giambattista Coriani (Riflessioni sulle monete, and Lettera ad un legislatore della Republica Cisalpina, in ibid., XLVI, 87–102 and 153ff.). In France the theory was developed by Dutot, (Réflexions politiques sur les finances et le commerce, in E. Daire, ed., Economistes If we summarize what has been said, we come to the conclusion that the commodity that has become money is also the commodity in which valuations answering the practical purposes of economizing men and in which accumulations of funds for exchange purposes can most appropriately be made provided that no impediments founded upon its properties stand in the way. Metallic money (which writers in our science always have primarily in mind when they speak of money in general) actually answers these purposes to a high degree. But it appears to me to be just as certain that the functions of being a “measure of value” and a “store of value” must not be attributed to money as such, since these functions are of a merely accidental nature and are not an essential part of the concept of money. ### 4. Coinage From the preceding exposition of the nature and origin of money, it appears that the precious metals naturally became the economic form of money in the ordinary trading relations of civilized peoples. But the use of the precious metals for monetary purposes is accompanied by some defects whose removal had to be attempted by economizing men. The chief defects involved in the use of the precious metals for monetary purposes are: (1) the difficulty of determining their genuineness and degree of fineness, and (2) the necessity of dividing the hard material into pieces appropriate to each particular transaction. These difficulties cannot be removed easily without loss of time and other economic sacrifices. The testing of the genuineness of precious metals and their degree of fineness requires the use of chemicals and specific labor services, since it can be undertaken only by experts. The division of the hard metals into pieces of the weights needed for particular transactions is an operation which, because of the exactness necessary, not only requires labor, loss of time, and prefinanciers du XVIIIe Siècle, Paris, 1843, p. 895). In Germany it was revised by T.A.H. Schmalz, (Staatswirthschaftslehre in Briefen, Berlin, 1818, I, 48ff.), and in England recently by Henry Dunning Macleod, (The Elements of Economics, New York, 1881, I, 171ff.). cision instruments, but is also accompanied by a not inconsiderable loss of the precious metal itself (because of the loss of chips and as the result of repeated smelting). Avery penetrating description of the difficulties that arise from the use of the precious metals for monetary purposes has been given us by the well-known traveler27 in southeastern Asia, Bastian, in his work on Burma, a country where silver still circulates in an uncoined state. “When a person goes to market in Burma,” Bastian relates, “he must take along a piece of silver, a hammer, a chisel, a balance, and the necessary weights. ‘How much are these pots?’ ‘Show me your money,’ answers the merchant, and after inspecting it determines a price at this or that weight. The buyer then asks the merchant for a small anvil and belabors his piece of silver with his hammer until he thinks he has found the correct weight. He thereupon weighs it on his own balance, since that of the merchant is not to be trusted, and adds to or takes away from the silver on the scales until the weight is right. Of course a good deal of the silver is lost as chips drop to the floor, and the buyer therefore usually prefers not to buy the exact quantity he desires but one equivalent to the piece of silver he has just broken off. In larger purchases, which are made only with silver of the highest degree of fineness, the process is still more complicated, since first an assayer must be called who determines the exact degree of fineness, and who must be paid for this task.” This description furnishes us a clear picture of the difficulties involved in the trade of all peoples before they learned to coin metals. Frequently repeated experiences with these difficulties must have made their removal seem most desirable to every economizing individual. The first of the two difficulties, the determination of the degree of fineness of the metal, seems to have been the one whose removal appeared to be first in importance to economizing we were unable to find them in the published works of Adolph Bastian that were men. Astamp impressed by a public official or some reliable person on a metal bar guaranteed, not its weight, but its degree of fineness, and exempted the possessor, when he passed the metal on to other persons who appreciated the reliability of the stamp, from the burdensome and expensive assay test. Metal so stamped still had to be weighed, as before, but its fineness required no further examination. In some cases at the same time, and in other cases possibly somewhat later, economizing men appear to have hit upon the idea of also designating the weight of the pieces of metal in similar fashion, and of dividing the metals from the beginning into pieces that were reliably marked with their weight as well as their fineness. This was naturally best accomplished by dividing the precious metal into small pieces corresponding to the needs of trade, and by marking the metal in such a way that no significant part could be removed from the pieces without the removal becoming immediately apparent. This aim was achieved by coining the metal, and it was in this way that our coins came into being. Coins are thus, in their very nature, nothing but pieces of metal whose fineness and weight have been determined in a reliable manner and with an exactness sufficient for the practical purposes of economic life, and which are protected against fraud in as efficient a manner as possible. The fact of coinage makes it possible for us, in all transactions, simply to count out the necessary weights of the precious metals in a reliable manner without irksome assay tests, division, and weighing. The economic importance of the coin, therefore, consists in the fact that (apart from saving us from the mechanical operation of dividing the precious metal into the required quantities) its acceptance saves us the examination of its genuineness, fineness, and weight. When we pass it on, it saves us from giving proof of these facts. Thus it frees us from many irksome, wearisome, procedures involving economic sacrifices, and as a consequence of this fact, the naturally high marketability of the precious metals is considerably increased. The best guarantee of the full weight and assured fineness of coins can, in the nature of the case, be given by the government itself, since it is known to and recognized by everyone and has the power to prevent and punish crimes against the coinage. Governments have therefore usually accepted the obligation of stamping the coins necessary for trade. But they have so often and so greatly misused their power that economizing individuals eventually almost forgot the fact that a coin is nothing but a piece of precious metal of fixed fineness and weight, for which fineness and full weight the honesty and rectitude of the mint constitute a guarantee. Doubts even arose as to whether money is a commodity at all. Indeed, it was finally declared to be something entirely imaginary resting solely on human convenience. The fact that governments treated money as if it actually had been merely the product of the convenience of men in general and of their legislative whims in particular contributed therefore in no small degree to furthering errors about the nature of money.28 Originally the money metals were undoubtedly divided into pieces that corresponded to the weights already in general use in commerce. The Roman as was originally a pound of copper. In the time of Edward I, the English pound sterling contained a pound, Tower weight, of silver, of a certain fineness. Similarly, the French livre in the time of Charlemagne contained a pound of silver according to Troyes weight. The English shilling and penny were also weights customarily used in commerce. “When wheat is at twelve shillings the quarter,” says an ancient statute of Henry III, “then wastel bread of a farthing shall weigh eleven shillings and four pence.”29 It is also known that the German mark, schilling, pfennig, etc., were originally commercial weights But the repeated debasements of the currency that were brought about by the masters of the mints soon caused the ordinary weights of bullion and the weights according to which the precious metals were used in trade (counted out as coins) to become very different in most countries. This difference in turn contributed not a little toward causing money to be regarded as a special “measure of exchange value,” even though the standard coin in every natural economy is nothing but a unit of weight defined by the weight according to which the precious metals are traded. Frequent attempts have been made in recent times to bring the unit of weight of bullion again into accord with the coinage unit, as in Germany and Austria where the Zollverein pound was chosen as the foundation of the coinage system. The principal imperfections of our coins are that they cannot be made in perfectly exact weights, and that even the exactness that could be achieved is not attempted, for practical reasons (because of cost), in the customary manufacturing processes employed in the mints. The imperfections with which the coins originally leave the mint are augmented during their circulation by use, with the result that a perceptible inequality easily arises in the weights of coins of the same denomination. Obviously these defects are more pronounced the smaller the quantities into which the precious metals are divided. The coining of the precious metals into pieces as small as retail trade requires would lead to the greatest technical difficulties, and even if it were done with moderate care, it would require economic sacrifices that would be out of all proportion to the face value of the coins. On the other hand, everyone familiar with trade can easily understand the difficulties to which a lack of coins of small denominations would lead. “Asmaller coin than 2 Annas,” Bastian reports, “did not exist in Siam. Anyone wishing to buy anything below that price had to wait until the addition of a new want justified the expenditure of such a sum or join with other would-be buyers and split the purchase with them. Sometimes small cups of rice served as money substitutes, and it is said that in Sokotra small pieces of ghi, or butter, served as small change.” In Mexican cities Bastian was given pieces of soap, and eggs in the country, as small change. In the highlands of Peru it is the custom of the natives to have a basket ready which they have divided into compartments. In one compartment there are sewing needles, in another spools of thread, and in others candles and other objects of daily use. They offer a selection of these things equal to the amount of small change needed. In upper Burma, lumps of lead are used for the smallest purchases, such as fruit, cigars, etc., and every merchant has a large case full of these lumps in his shop. They are weighed on a larger balance than that used for silver. In villages where one does not expect to get change for silver, a servant must follow with a heavy sack of lead for small purchases. In most civilized countries, the technical and economic difficulties of coining the precious metals into very small pieces are evaded by coining pieces of some ordinary metal, usually copper or brass. Since, as a matter of convenience if for no other reason, no-one will needlessly keep any sizeable part of his wealth in these coins, they have merely a subsidiary position in trade, and can be coined harmlessly at half weight, or even less, for the greater convenience of the public, provided only that they can, at any time, be exchanged at the mint for coins made of precious metals, or that only such small quantities of subsidiary coin are issued that they remain in circulation. The first is, in any case, the more correct method and at the same time a more certain protection against government abuses arising from the profit accruing to government from the issuance of these coins. Such pieces of money are called subsidiary coin. Their value is greater than the materials from which they are made, the additional value being attributable to the fact that a certain number of the subsidiary coins can be exchanged at the mint for a coin of larger denomination, and to the fact that anybody can use them to discharge his obligations to the issuing government and to any other person up to the amount of the smallest full-weight coin. Because of the greater convenience of subsidiary brass or copper coins, the public in this case readily tolerates the small economic anomaly, since the advantages of easier transportability and convenience are more important than fullness of weight in the case of coins that are never the center of important economic interests. In a similar manner, even lightweight silver coins are minted in many countries. This is not harmful as long as they are limited to denominations for which, for technical or economic reasons, no suitable full-weight coins can be made.