Rocq prover
PulseAugur coverage of Rocq prover — every cluster mentioning Rocq prover across labs, papers, and developer communities, ranked by signal.
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Rocq prover surpasses Lean for program verification
The Rocq prover offers advantages over Lean for program verification, particularly in its handling of complex proofs and its integration with machine learning techniques. While Lean is a powerful tool for formal methods…
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Rocq prover favored over Lean for program verification
The author argues that Rocq is a more suitable tool than Lean for program verification, particularly due to Rocq's direct support for executable coinductive types and cofixpoints. While Lean has introduced coinductive p…
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AI advances formal proof systems with new tools and benchmarks · 4 sources tracked
Researchers have developed new tools and benchmarks for formal theorem proving, an area increasingly relevant to AI. One paper details an interactive sequent prover for Event-B, encoded in Prolog, which offers advantage…
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New method converts formal math to natural language for AI proofs
A new paper introduces "Symbolic Informalization," a method for converting formal mathematics into human-readable natural language without losing precision. This technique is particularly useful for explaining proofs ge…
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ProofWala framework enables multilingual theorem-proving research
Researchers have developed ProofWala, a new framework designed to facilitate multilingual proof data synthesis and theorem-proving for neural approaches. This framework includes a reusable library for interacting with i…
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AI uses proof checker to generate formally verified code
Researchers have developed a new AI method called Inductive Deductive Synthesis that uses a proof checker within its implementation loop. This approach, which is analogous to chain-of-thought but with formally verified …
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Claude Opus 4.6 solves 10 Putnam math competition problems autonomously
Researchers have demonstrated that Anthropic's Claude Opus 4.6, enhanced with specialized tools for the Rocq proof assistant, successfully proved 10 out of 12 problems from the 2025 Putnam Mathematical Competition. This…
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Governed metaprogramming reclassifies eval as a governed effect for AI systems
Researchers have introduced a new language design called governed metaprogramming, which treats the transition from symbolic structure to executable code as a governed effect rather than an unrestricted primitive. This …
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AI governance framework achieves semantic transparency and expressive minimality
Researchers have developed a formalization for governing AI workflow architectures, ensuring that effect-level governance can be implemented without sacrificing internal computational expressivity. This system, built us…
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AI governance theory formalized with machine-checked proofs in Coq
Researchers have developed a formal system for structural governance in cognitive workflow systems, with a significant portion of the work mechanized in Coq. The system introduces a coinductive safety predicate to ensur…