📺 Today’s recommended deep-dive video: https://www.youtube.com/watch?v=VIkphkYlkaQ

The Abundance Agenda: Why We Must Restore America’s Spirit of Building

For decades, the United States has traded its “growth machine” for a “vetocracy” that prioritizes process over outcomes. This shift has stalled everything from high-speed rail to medical breakthroughs, leaving us trapped in the regulatory systems of the 1970s.

Core Question: How can we reform our aging bureaucracies to usher in a future of energy superabundance and radical scientific progress?

Highlights

• The transition from the building era (1930–1960) to the age of adversarial legalism.
• Why the NIH needs “Founder Mode” and experimental metascience to save researchers from paperwork.
• The power of “Pull Funding” and Advanced Market Commitments to de-risk hard tech.
• How AI can map the “cosmos of meaning” to repurpose existing drugs for new cures.

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The Transition from Growth to Stagnation

From the Growth Machine to Adversarial Legalism

Between the 1930s and 1960s, the United States radically transformed its physical environment by building bridges, dams, and rural electrification systems. This was the peak of the American growth machine, a time when the federal government focused on tangible outcomes and massive infrastructure projects that defined the modern era.

Then came the backlash, a necessary but overextended reaction to the pollution and neighborhood destruction caused by unchecked expansion.

The environmental legislation of the 1970s, including NEPA and the Clean Air Act, was designed to protect the planet but has since morphed into a “vetocracy.” Today, these same laws are used to block the construction of clean energy projects and dense housing—the very things needed to fight climate change. We are essentially living in a building designed half a century ago that we refuse to refurbish or update for modern needs, choosing instead to let the “medicine” of the past become the “disease” of the present.

💡 Digging Deeper

Q: What is “Everything-Bagel Liberalism”?
A: It is the tendency to pack too many competing priorities—such as equity matrices and workforce requirements—into a single piece of legislation, which ultimately makes the core mission impossible to accomplish.

Q: Why did the 2021 Rural Broadband initiative fail to launch?
A: Despite $42 billion in funding, a 14-step bureaucratic process involving constant challenges to maps and intent letters meant that four years later, virtually no broadband has been built.

Reforming the NIH with “Founder Mode”

Escaping the Grant-Writing Trap

The National Institutes of Health (NIH) is an eighty-year-old bureaucracy that hasn’t fundamentally changed its approach to funding since the 1960s. Currently, scientists spend a staggering 40% of their time filling out paperwork rather than doing actual research. This hyper-focus on low-risk, peer-reviewed grants favors older, established researchers over the young iconoclasts who historically drive the biggest paradigm shifts in science.

We need to treat scientific funding as an experiment itself, a field known as metascience.

Thompson suggests introducing “Golden Tickets,” where a single expert can greenlight a project without a committee vote. He also advocates for fifteen-year grants that allow scientists to pursue high-risk, high-reward questions without the constant pressure of renewal applications. By decentralizing agency and moving away from the consensus-driven “plausibility test,” we return the power of discovery to the individuals most capable of changing the world.

💡 Digging Deeper

Q: Why favor younger scientists?
A: History shows that the most radical breakthroughs—from quantum mechanics to social media—frequently come from minds not yet anchored to the prevailing status quo.

Q: What is a “Golden Ticket” in science?
A: It is a funding mechanism where an individual program manager has the agency to fund a project based on its potential, bypassing the “death by committee” effect of peer review.

The Economics of the Future: Pull Funding

Incentivizing Atomic Innovation

Most government support for technology is “push funding,” which provides loans or grants upfront to specific companies. While this can work, it often results in the government “picking winners” and absorbing too much risk when a single firm fails.

A more effective strategy is “pull funding,” specifically Advanced Market Commitments (AMCs).

In this model, the government guarantees a massive payout for any company that hits a specific milestone, such as capturing a certain amount of carbon or producing a viable vaccine. This approach creates a “prize” that attracts private capital and encourages multiple competitors to race toward a solution simultaneously, significantly increasing the surface area of innovation. Operation Warp Speed is the modern proof of concept, delivering vaccines in ten months instead of ten years by guaranteeing markets for successful developers.

The Moral Case for Invention

Solving the “Problems of Our Age”

We are cosmically alive for only three seconds; we shouldn’t waste that time being part of a mass.

Thompson argues that progress is the elimination of pain and the increase of agency for the greatest number of people. He points to GLP-1 drugs, which originated from Gila monster venom and were sitting on shelves for years before their broader potential was realized. This “penicillin on a shelf” phenomenon suggests there are countless breakthroughs waiting to be discovered if we simply apply modern tools like AI to map the “cosmos of meaning” in existing medical data.

The goal of the 2020s should be to invent technologies that make people in 2060 look back and think, “God, how did they live like that?” Whether it’s cancer vaccines or nuclear fusion, our responsibility is to solve the problems of our age rather than clinging to the solutions of our grandparents.

Key Takeaways

The United States has moved from a culture of building to a culture of “adversarial legalism,” where it is often easier to sue to stop progress than to build something new. To escape this trap, we must embrace “institutional renewal,” recognizing that the rules created to solve the problems of the 1970s are now the primary obstacles to solving the problems of the 2020s.

Reforming science policy is equally critical. By shifting the NIH toward a “Founder Mode” that prioritizes long-term, high-risk research and reduces bureaucratic overhead, we can unlock the potential of the next generation of researchers. Replacing “push” funding with “pull” funding—like Advanced Market Commitments—will further accelerate hard tech by incentivizing competition and private investment.

Ultimately, abundance is a choice. We have the tools, from AI to clean energy, to build a future of radical prosperity. Achieving it requires a philosophical shift: prioritizing outcomes over process and recognizing that the elimination of human pain is the highest form of progress.

Q&A

Q1: What exactly is the “Abundance Agenda”?
A1: it is a policy framework focused on making the essential components of a good life—housing, energy, and healthcare—cheap and plentiful through technological innovation and regulatory reform.

Q2: Why did the rural broadband initiative fail despite having $42 billion?
A2: It was stifled by a 14-step process that allowed for endless legal challenges and required applicants to meet dozens of secondary social goals, delaying actual construction for years.

Q3: Who was Vannevar Bush and why is he relevant?
A3: He was a WWII-era statesman who created the Office of Scientific Research and Development, proving that federal coordination could rapidly accelerate inventions like radar and penicillin.

Q4: How can AI accelerate medical breakthroughs?
A4: AI can map the “cosmos of language” and molecular relationships to help scientists understand the secondary effects of existing drugs, potentially finding new uses for old medicines.

Q5: What is the difference between “push” and “pull” funding?
A5: Push funding gives money upfront to a specific project (like a loan), whereas pull funding (like a prize) guarantees a market for any company that reaches a specific technological goal.

Q6: What does Thompson mean by “Metascience”?
A6: It is the scientific study of science itself—using experiments to determine which funding models, grant structures, and peer-review processes actually lead to the best discoveries.

Q7: Is “Abundance” at odds with environmental protection?
A7: No. Thompson argues that true abundance requires building the very clean energy and dense housing that current environmental “veto” laws often prevent.