SPI (Space-Particles-Information) Theory

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 four papers—SPI (Space–Particles–Information), DUP (Dual Update Principle), GU (Geometric Universe), and GQM (Geometric Quantum Mechanics)—form a unified tetralogy, each addressing a distinct conceptual and mathematical layer of the framework. SPI establishes the philosophical and ontological foundation, DUP develops the structural update laws, GU derives the macroscopic geometric and cosmological consequences, and GQM reconstructs quantum mechanics, electrodynamics, and thermodynamics as emergent phenomena on the Information Bundle. Together, they present a seamless, scale-consistent hierarchical description of a self-optimizing informational universe X account : @kuro_yamada300