What problem does it solve?
This Skill provides a structured, tool-assisted approach for performing theoretical physics research within the Universal Tensor Physics Framework (UPTF), organizing bridge equations, tensor formalism, and proof development to support rigorous derivations.
Core Features & Use Cases
- Bridge Equation Development: Guides formal mappings between physical observables and tensor structures.
- Tensor Formalism & Notation Standards: Establishes consistent index conventions and operator definitions (covariant derivatives, Lie derivatives, etc.).
- Proof Development & MCP Integration: Uses deepthinking-mcp and math-mcp to craft, check, and document step-by-step proofs, with verification and physical interpretation.
- Documentation & Collaboration: Templates for problem formulation, derivations, risk tracking, and results dissemination in a reproducible format.
Quick Start
To begin, describe your physics problem in tensor notation and request a bridge equation template; the skill will outline a 6-step bridge process, include a formal structure, and suggest MCP-assisted steps.