A Unified Thermodynamic Derivation of Physical Constants, Particle Mixing, and CP Violation from Two Axioms

ABSTRACT

     The framework derives 32 independent observables of particle physics
     and cosmology from two axioms and seven measured constants. The first
     axiom, F_n = E_n - T_n · S_n = 0, is a thermodynamic equilibrium
     condition on a discretized entropic field. The second axiom extends
     this to the complex plane: Im(F_n) = 0, where the imaginary component
     encodes the SU(2) Berry phase of each quantum level. Together they
     select three spatial dimensions, derive the Dirac equation, the dark
     energy fraction, all neutrino mixing angles, the baryon asymmetry,
     the strong coupling constant, the proton-to-electron mass ratio, and
     the complete CKM quark mixing matrix including the CP violation phase.
     No symmetry group, Lagrangian, or fine-tuning is assumed.