Reinterpretation of the Event Horizon: Unveiling the Boundary Between Universe and Anti-Universe
Christopher Laforet · Preprints.org · 2024
This paper conducts a comprehensive analysis of radially infalling worldlines within both Schwarzschild and Kruskal-Szekeres coordinate systems. An innovative Schwarzschild coordinate chart is introduced, which accentuates the curvature of both temporal and spatial coordinates. This novel chart not only elucidates the mechanism underlying the inertial observer's acceleration relative to stationary observers but also unequivocally illustrates the light-like nature of the inertial worldline at the event horizon. Subsequently, the light-like character of the falling frame is substantiated through an examination of falling worldlines in Kruskal-Szekeres coordinates. The transition from time-like to light-like geodesics at the horizon is rationalized by postulating that Einstein-Rosen bridges do not delineate a mere connection between two events within our Universe; rather, the event horizon serves as a juncture connecting our Universe with a CPT symmetric anti-Universe. Upon a particle's fall to the event horizon, it encounters its corresponding antiparticle falling in the anti-Universe, precipitating their mutual annihilation at the horizon. Consequently, photons become ensnared at the horizon, augmenting the mass of the black hole.