A software that assists a previous version of the proof of Gerver's conjecture, using a custom geometric branch-and-bound algorithm, and the exact rational QP solver powered by CGAL
An interval library for OCaml
A Lean 4 formalization of the ternary (weak) Goldbach theorem, with an explicit audited finite and computational trust boundary.
Efficient Encoding of the Queen Domination Problem into SAT Using Hilbert Curve Ordering, Static Symmetry Breaking and CnC
Open-source re-implementation of DeepMind's unstable singularity detection methods using PINNs for blow-up solutions in fluid dynamics
The Multi Agent Transportation Problem: Solvers, Evaluations, and Computer-Assisted Proofs
Complete reproducible working-proof chain and exact verification materials for Dittert’s conjecture (all dimensions; under review)
Executable certificate framework for a proof candidate of Graham’s rearrangement conjecture / Erdős #475, with local branch checkers and reproducible audit scripts.
Rigorous partial progress toward a global 68.10% PairCeiling certificate
Audit the declarations a computational result carries — and check they are still true. Producer freshness, counter coherence, provenance pins, partial runs. Read-only by construction.
Computer-assisted proof that the minimal superpermutation on six symbols has length 872. Machine-checked evidence ledger, adversarial audits, 15-second verification path. Preliminary.
Certified analytic geometry on an explicit K3 surface: a finite holomorphic atlas whose chart domains, transitions and branch continuations are machine-checked rather than asserted. Sixty chart types, exact transitions over Q, outward-rounded arithmetic elsewhere. No Ricci-flat metric claimed. One command verifies fourteen certificates.
Candidate exact computer-assisted proof of Erdős Problem 488 through primitive reductions of size seven
Research notes, exact computations, and reproducible verification for MathOverflow 413935
Open, fully rigorous re-certification of White's lower bound for Erdős's minimum-overlap problem (#36), with an independent verifier
Computer-assisted proof and reproducibility package for Erdős Problem 848, with exact certificates and separately implemented checkers.
https://en.wikipedia.org/wiki/Proof_assistant; 一錯特錯錯到底! 爆炸原理是重哪來的?
Calibrated residual-landscape survey of the linearized Navier–Stokes operator at the Hou–Wang–Yang self-similar profile
Computer-assisted proof that the 7₂ knot regulator integral in Ramanujan Challenge 3.1 equals 4π²/85.
Edges of the uniform random forest of K_n are pairwise negatively correlated for every n — paper and exact verification
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