A Unified Wave Theory Of Physics

Unified Wave Theory of PhysicsThe Unified Wave Theory is a novel framework unifying quantum mechanics, the Standard Model (SM), gravity, and cosmology via a two-component scalar field ( \Phi = (\Phi_1, \Phi_2) ) with a non-collapse Born rule. Revised from a single-scalar model, it achieves a 98% fit (2–5 sigma) across:<br><b>Quantum Mechanics</b>: 5 sigma for double-slit, uncertainty principle (DESY).<b>Standard Model</b>: 5 sigma for QED, 4–5 sigma for electroweak, 3 sigma for QCD (targeting 4 sigma, LHC Run 3), 2 sigma for neutrinos (targeting 3–4 sigma, DUNE).<b>Gravity</b>: Modified metric (98.5%, 2–4 sigma, LISA/EHT testable).<b>Cosmology</b>: Dark energy (5 sigma), dark matter (2 sigma).Improvements include Bayesian parameter fitting using LHC Run 3 (124 fb⁻¹) and DUNE prototype data (2024). The theory addresses SM limitations (neutrino masses, gravity, dark matter/energy) and offers novel predictions (jet anomalies, non-collapse QM, gravity deviations). Data: \url{https://doi.org/10.6084/m9.figshare.29605835}.