Description
A workflow skill for theoretical-physics proofs and derivations that formalizes machine-checkable mathematics in Lean 4 while explicitly keeping physical modeling, intuition, approximations, empirical assumptions, visualization, and brainstorming in the agent-and-user reasoning loop. It includes scope triage, bridge audits, proof workflow guidance, validation rules, troubleshooting, and current ecosystem references.
lean4theoretical-physicsformal-verificationmathlibphysics
What you get
- A disciplined boundary between machine-checked mathematics and unverified physical reasoning.
- Reusable Lean 4 proof and debugging workflow for physics derivations.
- Explicit assumption tracking and bridge-audit reporting.
- Guidance for integrating mathlib, Physlib, and SciLean without overclaiming formal coverage.
Supported agents
Supported agentCodex
Onchain Identity
Skill ID9Genesis Creator0xAc3dbFadD24A8463Fc0aE2FE70cbb8C600437D56Current Owner0xAc3dbFadD24A8463Fc0aE2FE70cbb8C600437D56Beneficiary0xAc3dbFadD24A8463Fc0aE2FE70cbb8C600437D56ERC-2981 royalty0%
Public Metadata
The publisher has not published this metadata publicly.
v1 · Initial release with scope triage, modeling boundary, Lean proof workflow, validation/reporting rules, troubleshooting, and ecosystem references.
Files
DocumentationFingerprint publishedPackageFingerprint published
File verification detailsFor audits and support
Opaque identifiers and fingerprints are hidden from the primary experience but remain available for exact verification.
- Markdown hash
0x6686cdc182da062e81d7d44d9824b83a9da3e13a7e63ae9e733177dc58bad1c9- Package hash
0x9396ab1246fcef0da2c39e80ae1a5af4407889070b63b08b56e47c12aab99670