Pennings, A.J. (2026, Jul 27) The $100 Trillion Question: Treasury-Backed Digital Dollars and a Democratic Political Economy. apennings.com https://apennings.com/global-e-commerce/the-100-trillion-question-treasury-backed-digital-dollars-and-a-democratic-political-economy/

Introduction

As the United States national debt accelerates past historical milestones, traditional economic orthodoxy, “goldbugs,” and manipulative politicians continue to issue dire warnings of imminent fiscal insolvency, surging bond yields, and currency collapse. Yet, Wall Street trading desks, central bank observers, and protocol architects are watching an entirely different structural reality take hold, the transformation of US sovereign deficits into the foundational collateral for global digital liquidity.[1]

This post examines emergence of US Treasury-backed stablecoins and why it presents an extraordinary possibility for the US and the world. For the first time in monetary history, it may become technically feasible to distribute trillions of dollars of highly liquid, dollar-denominated purchasing power directly into digital wallets almost anywhere in the world. Combined with blockchain settlement, smartphones, cloud infrastructure, and artificial intelligence, Treasury-backed stablecoins extend the reach of the dollar from wholesale financial markets to everyday retail transactions on a planetary scale, especially in Tier 4 and 5 emerging and periphery countries.[2]

The central question, however, is not whether we can create this liquidity. The more profound question is what we should do with it.

If stablecoins backed by short-term US Treasuries eventually create demand for a public debt approaching $100 trillion over the coming decade, then the debate shifts from monetary mechanics to political economy. The issue is no longer simply financing government deficits. It becomes determining which forms of public investment generate the greatest long-term productive capacity for both the United States and the global economy.

This reframes the entire discussion surrounding stablecoins. Rather than asking whether digital dollars preserve dollar hegemony or whether blockchain displaces correspondent banking, we should ask a more fundamental question: What kinds of public provisioning justify creating unprecedented global liquidity?

Historically, governments have issued debt to finance wars, infrastructure, social insurance, and economic recovery. Treasury-backed stablecoins are set to dramatically expand the global market for Treasury securities because every circulating digital dollar requires safe reserve assets. The result would be a powerful feedback loop where global adoption of digital dollars increases Treasury demand, Treasury issuance finances public investment, and those investments shape future economic productivity.

The quality of those investments therefore becomes the defining issue.

Healthcare represents one high-leverage opportunity. Healthier populations are more productive, more innovative, and more resilient. Investments in disease prevention, pandemic preparedness, biotechnology, and AI-assisted medicine generate returns that extend well beyond national borders. Expanding healthcare coverage also means a healthier population with less financial burdens and bankruptcies.

Education and research constitute another foundational investment. Artificial intelligence is rapidly transforming labor markets, making lifelong learning and advanced technical education essential public goods. Public support for universities, vocational training, scientific research, and open innovation ecosystems expands society’s capacity to create rather than merely consume new technologies.

Infrastructure remains equally important. Modern economies increasingly depend on broadband networks, cloud computing, energy transmission, semiconductor fabrication, logistics, ports, and resilient supply chains. Physical infrastructure now includes digital infrastructure. Treasury-backed liquidity could continue to finance the communications and computational networks upon which future economic coordination depends.

Climate resilience presents another category of productive investment. Rising sea levels, extreme weather, drought, wildfire, and energy transition all impose enormous economic costs. Investments in resilient infrastructure, clean energy, water systems, and disaster preparedness reduce future liabilities while creating new industries.

Manufacturing deserves renewed attention as well. Recent disruptions exposed the fragility of globally dispersed supply chains for semiconductors, pharmaceuticals, rare earth minerals, and strategic technologies. Strategic industrial policy can increase productive capacity while strengthening economic security.

Space exploration, often dismissed as speculative, also generates long-term returns through satellite communications, Earth observation, navigation systems, robotics, advanced materials, and scientific discovery. Many technologies that underpin today’s digital economy originated in publicly funded space programs.

National defense remains a legitimate public function, but future security increasingly depends upon cybersecurity, artificial intelligence, resilient telecommunications, and space-based infrastructure rather than simply expanding conventional military expenditures.

The challenge is that not all spending creates equivalent productive capacity. Some expenditures primarily stimulate short-term consumption. Others generate durable assets that increase future productivity. Treasury-backed stablecoins should ideally finance investments that expand the productive frontier rather than merely increasing aggregate demand.

Artificial intelligence may become indispensable in evaluating these tradeoffs. Rather than viewing AI primarily as a tool for automation, policymakers could employ it as a coordination technology capable of modeling alternative investment portfolios across multiple objectives including economic growth, employment, health outcomes, energy security, carbon reduction, technological competitiveness, and financial stability. AI could continuously evaluate competing allocations while incorporating new information from global economic conditions.

Yet AI cannot determine societal priorities by itself. It can optimize only according to objectives established through democratic institutions and public deliberation. The crucial questions remain human ones: What constitutes prosperity? Which risks deserve mitigation? Which investments create the broadest public benefit? How should present consumption be balanced against future opportunity?

This is where a new framework for fiscal governance becomes essential. Four safeguards are particularly important.

First, spending should prioritize productive assets that expand long-run economic capacity rather than just financing current consumption. This includes infrastructure but also renewable energies and manufacturing innovations such as token-based factories and 3-D printing.

Second, investment decisions should be evaluated through transparent performance metrics measuring productivity, resilience, innovation, public health, environmental sustainability, and distributional outcomes.

Third, Treasury-backed stablecoin systems require robust governance ensuring privacy, cybersecurity, financial integrity, and interoperability across jurisdictions while preventing illicit finance.

Finally, liquidity expansion must remain consistent with macroeconomic stability. Stablecoin demand can increase Treasury financing capacity, but, as Modern Monetary Theory (MMT) warns, excessive fiscal expansion beyond productive potential risks inflation, asset bubbles, or financial instability. Monetary and fiscal institutions therefore remain indispensable even in a tokenized financial system.

Viewed from the perspective of spreadsheet logic, the transition is equally significant. For decades, spreadsheets served as the computational grammar for modeling budgets, investments, and public policy. They represented possible futures through linked cells, formulas, and scenarios. Artificial intelligence extends that computational capability, while blockchain infrastructures execute transactions and synchronize distributed ledgers in real time. The computational environment transitions from representing policy alternatives to coordinating economic activity itself.

The convergence of Treasury-backed stablecoins, distributed ledgers, digital wallets, and AI therefore represents more than another financial innovation. It creates the possibility of a globally distributed infrastructure for allocating capital at unprecedented scale.

When orchestrated by the SACT-AI framework, the US dollar moves past the era of passive administrative dashboards into an era of operative mediation. By expanding sovereign deficits to fund education, climate resilience, advanced manufacturing, and deep science, the U.S. can simultaneously build domestic real-resource capacity and supply the global periphery with the programmable, on-chain digital cash needed to drive planetary economic growth.

The defining question of the coming decades is not whether the world can sustain $100 trillion in Treasury-backed digital dollars. It is whether humanity possesses the institutional wisdom to invest that liquidity in ways that expand productive capacity, strengthen democratic societies, reduce global inequality, and foster scientific and technological progress.

Perhaps the most valuable resource in the coming era will not be capital itself. Capital may become increasingly abundant. The scarce resource will be judgment. It will be the capacity to formulate the right questions, define the right objectives, and govern increasingly intelligent systems responsibly.

If the twentieth century asked how to produce enough capital, the twenty-first century may ask a more consequential question. What future is worth financing?

References

Acemoglu, D., & Johnson, S. (2023). Power and Progress: Our Thousand-Year Struggle Over Technology and Prosperity. PublicAffairs.
Giddens, A. (1990). The Consequences of Modernity. Stanford University Press.
Keynes, J. M. (1944). Proposals for an International Clearing Union. In The International Monetary Fund, 1945–1965: Twenty Years of International Monetary Cooperation (Vol. 3). IMF.
Kelton, S. (2020). The Deficit Myth: Modern Monetary Theory and the Birth of the People’s Economy. PublicAffairs.
MacKenzie, D. (2006). An Engine, Not a Camera: How Financial Models Shape Markets. MIT Press.
McLuhan, M. (1964). Understanding Media: The Extensions of Man. McGraw-Hill.
Mazzucato, M. (2013). The Entrepreneurial State. Anthem Press.
Mosler, W. (1993). Soft Currency Economics. Valance Co.
Mosler, W. (2010). Seven Deadly Innocent Frauds of Economic Policy. Valance Co.
Mueller, M., Mathiason, J., & Klein, H. (2007). The Internet and Global Governance: Principles and Norms for a New Regime. Global Governance, 13(2), 237–254.
Rose, J., & Pennings, A. J. (2022). Knowledge, decisions, and norms: A framework for studying the structuration of spreadsheets in social organizations. Information, 13(2), 46.
Stiglitz, J. E. (2019). People, Power, and Profits. W. W. Norton.
Sachs, J. D., Modi, V., et al. (2016). ICT & SDGs: How Information and Communications Technology can Accelerate Action on the Sustainable Development Goals. The Earth Institute, Columbia University & Ericsson.
PDF
United States Congress. (2025). Guiding and Establishing National Innovation for U.S. Stablecoins (GENIUS) Act, Pub. L. 119–27.

Notes

[1] UST-backed US dollars had precedent in the Eurodollar markets when US Treasuries became the “pristine” collateral for Eurodollar lending.
[2] This framing also aligns closely with my broader research trajectory. Rather than treating Treasury-backed stablecoins as merely another payment technology, it places them within a larger inquiry into how computational infrastructures organize global liquidity and how the quality of public investment, not simply the quantity of money, will determine the trajectory of the next era of digital capitalism.
AI Prompt(s) It’s time for a really important blog post. Two issues are at stake. One is how to produce 100 trillion of USD liquidity worldwide to digital wallets in every nation. The second issue is what to spend $100 trillion on? The contention is that US treasury backed stablecoins running on blockchain infrastructure can supply the USD liquidity globally and address the USD shortages. The major problem/opportunity is what to spend the !00 trillion USD on. What should the US government provision in order to achieve this level of liquidity? Healthcare, military, climate resilence, manufacturing capability, space travel? What are the highest-leverage allocations? How do different spending paths interact with technological progress, demographic shifts, and global adoption of digital dollars? What safeguards and metrics should guide deployment?The synthesis of Treasury-backed stablecoins, global blockchain networks, digital wallets, and AI coordination creates unprecedented fiscal flexibility. Will the quality of our questions to AI may determine whether the $100 trillion era becomes one of the most transformative periods in economic history.

© ALL RIGHTS RESERVED

Not to be considered financial advice. AI is often used, and results are thoroughly interrogated. Links are used for some citations.

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Anthony J. Pennings, PhD is a Professor at the Department of Technology and Society, State University of New York, Korea and a Research Professor for Stony Brook University. He teaches AI and broadband policy. From 2002-2012 he taught digital economics and information systems management at New York University. He also taught in the Digital Media MBA at St. Edwards University in Austin, Texas, where he lives when not in Korea.

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Category: artificial intelligence, blockchain, creative industries, cryptocurrencies, democratic political economies, digital geography, disaster risk management, educational innovations, enabling frameworks, financial technology, futurists, geopolitical risk, global communications, global e-commerce, health IT, mobile technologies, public administration, science and technology studies, smart new deal, space systems, spreadsheet logic, strategic communications, sustainable development
Tags: Democratic Political Economies (DPEs) > US dollar (USD) > US dollar stablecoins > US Treasuries

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