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Rohan Paul· @rohanpaul_ai · X·· 2 小时前精选AI 评分75
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Axiom Math 发布 Stacks Project 的完整 Lean 形式化版本,规模约 1600 万行,保留原有高度互联的结构与代码质量。其做法是把智能体集群按工程组织分工,由人类分配架构、核心定义与单个证明任务,每个完成的证明都由 Lean 内核校验,且每个带标签的结果链接回原文与依赖。

推荐理由

材料给出 16M 行 Lean 形式化的规模与校验方式,可观察大规模智能体协作产出代码的质量控制路径。

正文 · 原文

Vibe coding at scale has a reputation for slop, so Axiom Math formalized the Stacks Project to show otherwise.

Mathematicians usually trust a proof because experts read it; Axiom Math turned an entire field’s reference book into Lean code, so a computer can now confirm the logic line by line.

Axiom ran its agent swarm like an engineering org, with humans assigning some agents the architecture, others core definitions and others individual proofs.

Lean checks every completed proof, and each tagged result links to its original text and dependencies, so the pieces fit together like panes of the Louvre’s pyramid.

And nothing entered the library unless the logic held.

All these means that now we have a free, open-source library where a big chunk of modern algebraic geometry exists as computer-checked code instead of only as text in a book.

In practice, anyone (a mathematician or an AI model) who wants to prove something new in this field can now reuse these already-verified definitions and theorems instead of rebuilding them, and a computer will flag any step that doesn’t follow.

引用Axiom@axiommathai
Most think vibecoding at scale is slop. Here’s a counterexample. Today we release a 16M-line formalization of the entire Stacks Project, critical infra underlying modern math, with optimized code quality and its highly interconnected structure preserved. A mathematical city 🌆
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来源:Rohan Paul · x.com