Theory to Unify Gravity, General Relativity and Quantum Mechanics

This project presents an innovative theory for the unification of Gravity, General Relativity and Quantum Mechanics, based on cosmic expansion as the fundamental principle connecting these three pillars of physics. Instead of treating time and space as separate entities, it is proposed that the cosmic expansion itself is a continuous and dynamic curvature of space-time, and this curvature is described by a constant called “Z”. The constant “Z” not only represents the inherent curvature of space-time, but is the active force that drives the cosmic expansion. This expansion creates a structural “mesh” in which all physical events, from the most microscopic in the quantum realm to the most macroscopic on the gravitational scale, unfold. Quantum fluctuations, which in a traditional model appear indefinite and probabilistic, are influenced by this expanding mesh. As the universe expands, quantum probabilities “collapse,” and the outcomes of these quantum states are dictated by the curvature of the expansion. Thus, gravity and general relativity are connected through the expansion of space-time, where the “Z” curvature governs the behavior of matter and energy. Gravity, in this context, is no longer just the interaction between masses, but the manifestation of this expansive curvature. The cosmic expansion, at the same time, establishes a framework that allows quantum phenomena to materialize into definite results, thus unifying quantum mechanics with gravity in a single expansive model.