The Origin of the Universe: Internal Motion as the Curvature of Time and the Striving for Equilibrium
Abstract
This research paper proposes a fundamental paradigm shift in theoretical physics, focusing on the origin of the universe and the nature of gravitational interaction. The author argues that mass is not a static property but a manifestation of high-density internal energy motion. The core thesis posits that "mass does not curve time; rather, the internal motion within mass curves time." Key concepts introduced in this study include: The Principle of Disparity: The finite speed of light ($c$) acts as a creative boundary that prevents instantaneous equilibrium, leading to the formation of energy-density gradients. Striving for Equilibrium: Gravity is redefined as a dynamic process where systems seek to resolve energy-density disparities. Atomic Formation: The study explains how the universal speed limit forced energy into localized, center-seeking rotations, thereby creating stable matter (atoms). This paper offers a logical framework to bridge the gap between General Relativity and Quantum Mechanics by identifying internal motion as the common denominator for gravitational effects. It also provides insights into the "Arrow of Time" as a result of the irreversible journey from disparity to equilibrium.