The Geometric Origin of Gravitation from the Equilibrium-Seeking Law
Abstract
This work proposes a conceptual framework in which gravitational interaction is interpreted as a manifestation of the universal tendency of natural systems to reduce differences in mass–energy distribution and evolve toward equilibrium. The paper introduces several related principles including the Atojonov Equilibrium Law, the Atojonov Equilibrium Principle of Gravitation, and the Atojonov Geometric Origin of the Inverse-Square Law. Within this framework, spherical symmetry is interpreted as the natural geometry of equilibrium in systems governed by central interactions. The study suggests that gravitational attraction between bodies can be understood as the dynamical process through which mass-energy distributions evolve toward a common equilibrium configuration. The inverse-square dependence of gravitational interaction is shown to arise naturally from spherical symmetry in three-dimensional space.