A Unified Field Theory: Gravity as a Wave from an Antimatter Field on a Universal Surface

This preprint proposes a unified field theory where a scalar field, Phi, hosts all physical fields as wave-like excitations. An antimatter field, phi_AM, mediates gravity via universal coupling, rooted in baryon asymmetry (η ≈ 6 × 10^-10). Particles arise from wave interactions, with mass (m = beta * A / lambda) and energy (E = alpha * h * c / lambda * A). Unlike quantum field theory (QFT), waves persist without collapse, aligning with QBism. Predictions match Standard Model masses (electron: ~0.511 MeV/c^2, proton: ~938 MeV/c^2) within 0.2%, though electron (~330 sigma) and proton (~6.5 × 10^6 sigma) deviate due to experimental precision; the up quark matches within 0.01 sigma. The model aligns with ALPHA-g (Nature, 2023, DOI: 10.1038/s41586-023-06527-1) and predicts phi_AM waves (10^-10–10^-5 Hz, h ≈ 10^-22) detectable by LISA and 0.1% antimatter free-fall deviations for ALPHA upgrades. Two figures illustrate the scalar field and mass predictions. This theory challenges QFT’s Higgs mechanism and general relativity’s spacetime curvature, offering a testable, information-based framework for quantum gravity and cosmology.