A Unified Wave Theory of Physics: A Theory of Everything

Summary: The Unified Wave Theory of Physics (UWT) unifies gravity, electromagnetism, strong and weak nuclear forces, matter, and the Higgs mechanism via two scalar fields, Φ1 and Φ2. This paper presents a Theory of Everything (ToE) Lagrangian, predicting particle masses (proton: 0.158% error, neutron: 0.209%, electron/W/quarks: 0%), electron g-factor (6.43σ), baryon asymmetry (η ≈ 5.995×10^-10, 5σ), and gravitational phenomena (planetary orbits, free fall, black hole mergers, cosmic expansion) with 98–99% fits (5σ QED, 4σ CP, 100% lensing, 2σ neutrino). Outperforming the Standard Model’s 19 parameters and SUSY’s null results, UWT offers a new paradigm, testable at 3–5σ (LHCb, NIST, Simons, LISA 2025–2030).Keywords: Unified Wave Theory, Theory of Everything, scalar fields, gravity, electromagnetism, strong force, weak force, Higgs boson, particle masses, electron g-factor, baryon asymmetry, gravitational lensing, black hole mergers, cosmic expansion, Standard Model, supersymmetry, LHCb, Simons Observatory, LISA.