The Origin of the Universe and the Role of Gravitational Cones in Matter Creation

This paper presents a novel cosmological theory that explores the origin of the universe through the lens of gravitational cones and their role in matter creation. The theory posits that the potential mass of the universe behaves as a center of gravity, where gravitational lensing focuses energy to such an extent that matter can be created from energy within these cones. The paper provides detailed mathematical formulations to support this hypothesis, including calculations of black hole mass, surrounding solar masses, and the impact of gravitational lensing on energy distribution. By integrating the Schwinger effect, the paper further examines how intense energy concentrations at the apex of gravitational cones can lead to the formation of particle-antiparticle pairs, maintaining energy density and contributing to the overall mass-energy distribution in the universe. The theory also addresses the implications for universe expansion, polarization effects, and matter-antimatter asymmetry, offering a new perspective on the fundamental processes that govern the cosmos.