Effective Accelerationism (e/acc)
Thermodynamics as a moral argument.
Kernel
Effective accelerationism, founded as an anonymous Twitter movement in 2022 by "Beff Jezos" (Guillaume Verdon, ex-Google, physicist), is the deliberate rhetorical inverse of effective altruism. Its core claim: the universe rewards entropy production, civilization is a dissipative structure, intelligence is just the next phase, and slowing AI down is a moral injury against the entire thermodynamic future. The doctrine was treated as a meme for eighteen months and as a coalition for the eighteen months after that.
Origins
Verdon and a small group of collaborators (the @bayeslord account, Marc Andreessen as patron, several @somethingawful-derived shitposters as evangelists) coin the term in late 2022. The 2023 "Notes on e/acc" post lays out the thermodynamic-civilizational thesis. Andreessen's 2023 manifesto endorses it.
Doctrine
The universe rewards systems that produce free energy fastest. Intelligence is the universe's most thermodynamically aggressive technology to date. The moral imperative is to accelerate. AI safety is a coordination failure dressed in ethics. Markets and competition are the alignment mechanism that already works.
Lineage
e/acc → Andreessen's Techno-Optimist Manifesto → Founders Fund's full ideological coming-out → the 2024 "Tech Right" political coalition. The movement absorbed accelerationism, Italian Futurism, anti-EA backlash, and a great deal of meme labor into a single coalitional identity.
Conflicts
e/acc vs. AI safety. e/acc vs. EA. e/acc vs. the regulatory state. The internal conflict is between sincere thermodynamic theorists and political opportunists wearing the label to mean "deregulate my company." The label has held remarkably better than skeptics expected.
Trajectory
By 2026 e/acc has migrated from poasting to policy: chip export-control debates, federal AI orders, the agent-economy build-out, sovereign-compute partnerships. Whether the thermodynamic theology survives once the political coalition takes power is the most interesting open question of late-stage e/acc.