The Foundations of Local Interaction Field Equilibrium (LIFE Theory): From Minkowski Spacetime and Wheeler GEONs to Unified Volumetric Force Densities

Abstract

The quest to unify mechanics, electrodynamics, and gravitation into a single, cohesive framework has driven theoretical physics for over a century. Classical physics and modern field theory rest upon pillars forged by visionary pioneers. Without Sir Isaac Newton’s formulation of universal dynamics, Hendrik Lorentz’s coordinate transformations, Albert Einstein’s profound mass-energy equivalence (), Hermann Minkowski’s four-dimensional spacetime geometry, and John Archibald Wheeler’s daring vision of mass-less electromagnetic self-confinement (GEONs), the Local Interaction Field Equilibrium (LIFE) framework could not have been conceived. This paper presents the formal introduction and synthesis of the LIFE framework. By expanding Minkowski’s four-dimensional continuum into a unified volumetric force-density equilibrium (), we resolve longstanding paradoxes in classical electrodynamics and magnetohydrodynamics (MHD), providing both exact analytical eigenmode solutions and multi-machine empirical validations in thermonuclear fusion plasmas.