A Quantum Electrogravitic Coupled Gauge Theory

Abstract

We present a quantum electrogravitics (QEG) theory in which gravity emerges as a U ( 1 ) gauge interaction fully analogous to electromagnetism. Starting from the relativistic velocity dependence of gravitational mass, we derive a Lorentz-like gravitational force, an implied field-strength tensor G μ ν , and a complete set of gravitomagnetic Maxwell equations. Quantization yields both uncoupled and coupled U ( 1 ) × U ( 1 ) theories whose tree-level potentials recover Coulomb’s and Newton’s laws. The coupled version naturally produces an E 2 interaction term that matches the functional form observed in the Biefeld-Brown effect. The graviton appears as a massless spin-1 vector boson, and the entire framework remains fully calculable and renormalizable. This approach offers a concrete, experimentally testable unification of the long-range forces within a single quantum field-theoretic structure.