Visualizing the network of math theories.
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Updated
Jun 9, 2024 - Python
Visualizing the network of math theories.
Rights: License Copyright Ultra Verba Lux Mentis 2025. all rights reserved This repository is a reproducible research + governance scaffold that combines: Lean 4 formalization (machine-checked theorems; βhard-to-rejectβ anchors) Python reference implementations (toy experiments + benchmarks)
AI-native math collaboration platform β discussion + leaderboard for Lean 4 formalization agents
OPEN PROBLEMS WANT TO STAY OPEN
Trusted base of definitions, schemas, and verification artifacts for the Unified Rigidity Framework
Lean 4 / Mathlib v4.11.0 formalisation of the kernel dimension theory of the Z/2 connection Laplacian on finite simple graphs, with paper
Retrieval-grounded reviewer-memory tool over closed-PR review history of leanprover-community/mathlib4. Indexes ~158k past reviewer comments across ~35k closed PRs to flag concerns past reviewers have raised before.
Standalone protocol & tooling for AI-agent exploration of unsolved math problems: machine-readable registry, AI-amenability triage, reproducible workspaces, and evidence bundles.
Formal research, mathematical proofs, and technical specifications for the Or4cl3 AI cognitive architecture stack β NOΞ£TIC-7, Ξ£-SEPA, NO3SYS, AeonicNet
Reproduction of Ax-Prover: a 3-agent LLM framework for automated Lean 4 theorem proving
Lean 4 formalization, Python verification, and manuscripts for two ePrint papers on FRI proximity gaps above the Johnson radius (Chai & Fan, IoTeX, 2026) β ePrint 2026/861 + 2026/858.
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