Asymmetric Interactions and Non-Equilibrium Energy Dynamics in Unified Field Theory — Derivation of Gravito-Electromagnetic Term mq via Effective Mass M Expansion and the Phase Transition of Conservation Laws —

This paper presents a mathematical derivation of the unified field equation by reducing

it to a common denominator to extract the product of effective masses M1M2. This process

naturally reveals an interaction term (mq term) where gravity and electromagnetism merge.

Furthermore, we demonstrate that while this equation maintains geometric symmetry in

the “equilibrium state” (F = 0), aligning with classical conservation laws (action-reaction

and momentum conservation), this symmetry breaks down in the “non-equilibrium state”

(F ̸= 0). This suggests a mathematical basis for systems to obtain spontaneous thrust

through geometric configurations of spacetime.