QUANTUM GRAVITY UNLOCKED: A PRACTICAL APPROACH USING ATOMIC NUCLEI TO SOLVE UNIVERSAL MYSTERIES

This research paper presents a groundbreaking perspective on gravity, proposing that it is not a separate force arising from the curvature of space-time, as traditionally believed, but instead originates from atomic nuclei. By examining the role of atomic nuclei, this study redefines gravity as a positive charge force that exhibits weak attraction to neutral atoms and a repulsive force against similarly charged atoms. In this work, we argue that conventional theories of gravity, including those proposed by Newton and Einstein, face limitations when applied to quantum scales and certain cosmic phenomena. This paper addresses these gaps by offering a practical and detailed explanation of how gravitational forces operate within our solar system, galaxies, and the broader universe. The research integrates principles from quantum mechanics with gravitational theories, providing a cohesive framework that reconciles existing theoretical inconsistencies. By exploring the interactions of atomic nuclei, this paper sheds light on key cosmological challenges and proposes a unified model that encompasses both microscopic and macroscopic scales.