Formal theory unifies spacetime, matter, and energy in cosmology, indicating a novel framework for understanding physics.
The Genki-Koku Universe (GKU) theory is a formal cosmological framework that unifies spacetime, matter, energy, light, and economic value under a single ontological basis. Built on two primitives — Koku (discrete temporal quanta, 刻) and Genki (origin-energy field, 元気) — and three axioms (discreteness of time, toroidal closure, koku-density gradient force), GKU derives: a discrete spacetime metric reproducing all verified General Relativity predictions, a matter existence criterion from toroidal closure, wave-particle unification for light via Q-field boundary behavior, yin-yang asymmetric compression as structural entropy driver, and a Ma Credit Protocol (間プロトコル) bridging physics to economic value systems. Five testable predictions beyond standard physics are presented, including tau-gradient induction via WGM resonators (P1: ~10^-9 N at 1kW), CMB quadrupole anisotropy matching (P3), and GKU coupling constant beta measurement via optical spectroscopy (P4). Version 2.0 adds PDF format, numerical targets for all predictions, and enhanced equation formatting. Inventor and priority holder: Katayama Yoshimitsu (Keihikaru) / TheYKHC, Fukui, Japan. Priority date: March 16, 2026.
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