A Machine-to-Machine Interaction System for Lean 4.
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Updated
Aug 30, 2026 - Python
A Machine-to-Machine Interaction System for Lean 4.
A universal, atomic library of mathematics and tools for agents to compose them.
A Minimal Agent for Automated Theorem Proving
OpenATP is an open-source Python package providing a common interface for Automated Theorem Proving (ATP)
Prover Agent: An Agent-Based Framework for Formal Mathematical Proofs
A Lean 4 library of machine-generated, kernel-verified mathematics.
A prototype framework for automated theory construction in Lean 4.
Brute force math problem solving
🪶 Neural premise selection for Agda.
Official implementation of "FLARE: Verifying MILP Reformulations with LLM-Based Theorem Proving"
StarExec-ARC is a framework for containerizing Automated Theorem Proving (ATP) systems. It simplifies the deployment and scaling of ATPs using Podman and Kubernetes, enabling researchers to easily benchmark solvers in a modern, containerized StarExec environment.
Automated theorem prover for Multiplicative Linear Logic
Multi-agent math prover — Claude agents propose, Lean 4 disposes
Plan, generate, and kernel-check Lean 4 proofs in sandboxes.
Self-hostable paraconsistent HoTT LLM-to-Lean acceptance gateway. Runs proof attempts through security preflight, Lean checks, theorem-fingerprint locks, and ShadowHoTT bilattice routing for accept/repair/reject/human-review decisions.
NAMM: verification-first research on machine-native math discovery. Math structures as observer-independent objects; human formalism as bounded coordinates. Falsifiable SNH gates, K_A/K_H asymmetry, experiments 001-006. Updates: https://x.com/agiminister · https://anthemium.tech
Autonomous Equational Theorem Discovery Engine & Mathematical Observatory with E-Graphs, Knuth-Bendix Completion, and Microsecond Finite Countermodels
Autonomous automated theorem prover combining language-model proof search with Lean 4 verification.
Can a machine recover mathematical structure from an anonymized formal theory and a proof checker alone?
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