'Guard Your Mind': The Techno-Libertarian Manifesto

The modern nation-state is not natural nor permanent. It’s a technological product of the industrial era’s logic of mass warfare, bureaucracy, and centralized taxation. That logic is breaking down.

In a world of cyberspace, mobile capital, and digital commerce and geography, brute force lose much of their leverage. You cannot conquer the internet with tanks, nor can a government easily tax a truly digital wallet whose private keys are hidden in someone’s mind. The Information Revolution is a shift in the logic of power as fundamental as gunpowder was to medieval knighthood.

Every institution built on yesterday’s logic of violence will either adapt or crumble. This was the original thesis of the 1997 book The Sovereign Individual (Davidson & Rees-Mogg, 1997). And in 2026—with the rise of China, the regional military conflicts now underway, and the polarization of politics both within nations and between them—that shift is no longer speculatory.

It is existential. What matters now is what kind of order will emerge from it. The battle is no longer between rival “-isms” competing for control of the same nation-state, but between two fundamentally different civilizational logics: an empowering future that facilitates progress and an authoritarian one that dooms humanity.

A civilization can survive poverty. It can survive corruption. It can survive decadence for a time.

What it cannot survive indefinitely is the slow freezing of criticism, the politicization of truth, the administrative management of thought, and the suppression of the independent mind. If centralized authoritarian models become the dominant operating system of the twenty-first century, then the danger is that humanity becomes less capable of discovering what is true, building what is new, and expanding beyond its present limits. In other words, stagnation.

And stagnation necessarily leads to extinction. This manifesto therefore renews the sovereign individual thesis under harsher conditions. The survival argument is simple: decentralization is the only civilizational trajectory that does not end in extinction.

The individual mandate follows. Do science. Build technology.

Start or fund companies at the frontier—AI, DeFi, fintech, data science, space, neurotechnology, anything that compounds intelligence and autonomy. For every unit of wealth created, disperse it: into offshore jurisdictions that compete for your presence rather than conscript you, and into cryptographic infrastructure that answers to mathematics rather than to ministers. Sections I through IV establish the theory.

Sections V through VIII show how to live it. I. Progress Only Happens Where Criticism Is Free and Error Is Correctable Human progress has a habitat. Modern science became cumulative, self-correcting, and civilization-transforming within a moral and institutional ecology shaped by the Scientific Revolution and the Enlightenment: criticism over dogma, experiment over inherited authority, open dispute over enforced orthodoxy, and a growing recognition that no claim is final simply because it is backed by rank or power (Deutsch, 2011).

What mattered was a method that can be stated plainly as: reality must answer, error must be corrigible, and no authority may permanently close inquiry. Decentralization is the political expression of that humility. It begins from the recognition that no ruler, committee, ministry, or expert class knows enough to centrally design the future.

Discovery is distributed. Knowledge is local before it is general. Progress emerges through criticism, variation, risk, and recombination, not through administrative command (Deutsch, 1997, 2011).

Where thought is free, error can be exposed. Where error can be exposed, knowledge can compound. Where knowledge compounds, civilization advances.

Where criticism becomes dangerous, speech is narrowed, capital is trapped, and individuals are reduced to manageable units inside a bureaucratic machine, the range of possible futures contracts. Centralization misallocates resources. It narrows the imagination.

II. Every Decisive Breakthrough Has Come From Free Civilizations First The United States achieved the first controlled fusion experiment in history to produce more fusion energy than the laser energy used to drive it at Lawrence Livermore National Laboratory’s National Ignition Facility in December 2022 (Lawrence Livermore National Laboratory 2022). Europe’s Joint European Torus then set a record of 69 megajoules in its final 2023 deuterium-tritium campaign, announced in 2024 (UK Atomic Energy Authority, 2024).

China has simultaneously pressed forward with its own fusion program. Its Experimental Advanced Superconducting Tokamak (EAST)—built on a tokamak architecture first conceptualized by Soviet physicists Andrei Sakharov and Igor Tamm and further refined across Western laboratories—set a world plasma confinement record of 403 seconds in 2023, then broke it again with 1,066 seconds in January 2025 (Chinese Academy of Sciences, 2025). EAST itself is described by its own engineers as a testbed for ITER technologies.

China is now constructing the China Fusion Engineering Test Reactor (CFETR), a demonstration-scale plant expected to break ground by the late 2020s, explicitly designed as the next step after ITER, the Western-led international megaproject under construction in France. China’s flagship fusion facility is, by its own characterization, an implementation vehicle for a scientific framework established elsewhere. Each of China’s fusion milestones is a record in plasma confinement duration—engineering feats of operational endurance within a device architecture invented and theorized outside China.

The NIF’s December 2022 result was a foundational physics threshold: the first time in history that a fusion experiment produced more energy than the laser energy used to initiate it. China has not attempted that category of result. The modern West’s greatest contribution was the creation of environments in which invention could become self-sustaining.

The atomic bomb emerged from the Manhattan Project in the United States, culminating in the Trinity test on July 16, 1945. The Soviet Union detonated its first atomic bomb in 1949—four years after Trinity. China followed in 1964, nineteen years behind.

The first full-scale thermonuclear device, Ivy Mike, was detonated by the United States on November 1, 19

52. 5
53. Russia followed on August 12, 19
54. 5
55. China on December 28, 1966.

The first practical transistor was invented at Bell Labs in New Jersey in December 19

47. 4
48. The first programmable general-purpose electronic digital computer, ENIAC, was built in the United States during the Second World War and unveiled in 19
49. 4
50. The Apple II in 1977 and the IBM PC in 1981—both products of the American free market—first transformed computing from a state and corporate instrument into a mass-market personal tool.

In quantum theory, David Deutsch, working in Britain, published the foundational paper on the universal quantum computer in 1985, establishing the modern theory of quantum computation. The first cloud-accessible quantum processor was made online in 2016, and the first integrated commercial quantum system was unveiled in 2019, both by IBM in the United States. China, on the other hand, launched the Micius quantum satellite in 2016 and achieved major quantum-communication and quantum-computational milestones by 2017, 2020, and 2021.

The record is consistent: authoritarian systems can mobilize labor, direct capital, and scale what already works with systematic, disciplined execution—but always within frameworks that open scientific civilization originated. As we can observe, “China is copying at terrifying speed everything the free world originates.” That strength is real.

But it is downstream. What such systems cannot reliably reproduce is the civilizational ecology—tolerant of eccentricity, dissent, and unplanned combinations of ideas—from which those originals emerged. The decisive breakthroughs—first fission, first thermonuclear device, the transistor, the personal computer, net-energy fusion ignition—emerged first in civilizations that made criticism productive rather than obedient.

That inheritance can be lost.