BSM Fixed-Points: Solving the Muon g −2 and W Boson Mass Deviations with Zero Free Parameters (Python Verification Included)

The Parameter-Free Theory of Everything: Complete Mathematical Formulation Overview This paper presents the definitive mathematical formulation of the Theory of Everything a self-consistent (ToE) that derives the entirety of physical reality from a single recursive seed defined on the set of all integers. By moving beyond the effective descriptions of the Standard Model and Lambda CDM, this framework satisfies the five criteria of a fundamental theory: zero free parameters, self-validation, self-containment, experimental falsifiability, and computational verifiability. The architecture is built upon a complex-valued wavefunction Psi(n,k) subject to a Recursive Duality Axiom (Psi(-n,k) = 1/\Psi(n,k)) and a spectral periodicity of N=96. Physical observables—including gauge couplings, fermion masses, and cosmological constants—emerge not as empirical inputs, but as spectral invariants of monodromy matrices derived from the wavefunction’s recursion.