Spatial Synchrony: A Structural Resonance Model for Gravitational Stability

This work presents a new theoretical framework that introduces the Law of Gravitational Dominance and the Law of Spatial Synchrony as complementary principles to General Relativity. Through the analysis of real orbital data and a reinterpretation of gravitational equilibrium, the author proposes that space is not merely a passive geometry, but a structured, resonant medium capable of conserving energy and maintaining dynamic balance in multi-body systems. The study explores the stabilizing role of gravitational curvature hierarchies and resonance patterns within systems like Earth-Moon-Sun, using both classical mechanics and relativistic considerations. The hypothesis suggests that orbital stability is not maintained by force alone, but by a form of spatial resonance where energy cycles between potential and kinetic states without dissipation. The theory is presented from a structural physics perspective, aiming to stimulate critical thinking and interdisciplinary exploration. This is an independent work by Agustín Alcalá, Oregon, US.