Машинно-верифицированная математика для Claude Code

general

math is a Claude Code skill that implements a four-layer cognitive stack for machine-verified mathematical problem solving. The layers are SymPy for exact symbolic computation, Z3 for SAT/SMT constraint solving, a Scratchpad for step-by-step derivation verification, and Lean 4 for formal proof checking. Ten mathematical domains are covered — abstract algebra, category theory, complex analysis, functional analysis, linear algebra, mathematical logic, measure theory, real analysis, topology, and more — each with its own SKILL.md, THEOREMS.md, and EXAMPLES.md files. Scripts like sympy_compute.py run via uv and support solving equations, computing eigenvalues, and matrix operations, while Lean 4 proofs are compiled with lake build. The skill suits researchers and engineers who need not just answers but machine-checked correctness guarantees.