Geometric Universe : An Informational Geometry of Gravity

G has served its purpose. In this unified view, gravity is not a curvature of spacetime but a geometric slope arising from spatial-density gradients. Time is understood as the rate of informational updating, reflecting how rapidly a system synchronizes with its environment. Mass corresponds to spatial contraction, representing the degree to which the informational medium is compressed around an object. These three interpretations—slope, update, and contraction—provide a coherent and mutually reinforcing picture of physical phenomena across all scales. The three papers—SPI (Space–Particles–Information), DUP (Dual Update Principle), and GU (Geometric Universe)—form a unified trilogy, each addressing a distinct conceptual layer of the framework. SPI establishes the philosophical foundation, DUP develops the structural update laws, and GU derives the geometric and physical consequences. Together they present a hierarchical description of an informational universe. X account : @kuro_yamada300