Formal Developments
These papers develop particular elements of the programme beyond the synthetic treatment of the books. They refine definitions, formalise specific constructions, and derive regime-level consequences without claiming to restate the framework as a whole.
- Master Equation of Natural Physics
- Regular N=27 Black Holes: A Prospective Numerical Fingerprint from the M_2(C) Finite-Response Framework
- The Necessity method
- Relativity Under the Necessity Method: What Einstein Derived, What He Postulated, and What Empirical Success Cannot Establish
- Persistence under Change: The Structure of Inertia
- The Structure of Particle Mass: A Frozen Lepton–Nucleon Spectrum from Natural Physics
- En Archē: Unified Substrate Structure and the First-Activation Problem in Natural Physics