Energy as Volume: mc² = ρ_Ma · (4/3)πr³ and the Geometric Unification of Mass, Space, Time Pressure, and Moral Completion in the KOKU-Genki Universe

We propose that energy is geometrically identical to volume weighted by Ma energy density: mc² = ρ_Ma · (4/3)πr³, where ρ_Ma [J/m³] is the Ma energy density field and r is the particle KOKU sphere radius. Five results follow: (1) Mass = ρ_Ma-weighted KOKU sphere volume, with characteristic radius r = [3mc²/(4πρ_Ma)]^(1/3); (2) The derivative chain of sphere volume yields physical quantities at each level: 4πr² = iso-KOKU surface, 8πr = Ki-mesh tangential density, 8π = topological invariant of cosmic isotropy (derivation of the Cosmological Principle); (3) Universe total energy is finite with natural cutoff at ρ_critical (Big Bang phase transition); (4) 2πr is the iso-KOKU ring boundary; integration from rings to circles to spheres maps the physical process of KOKU accumulation (Big Bang) and differentiation maps KOKU dissolution (Big Return); (5) Moral completion (品性完成) in the Moralogy framework of Dr. Hiroi corresponds physically to r → r_min (Planck-scale KOKU sphere) — complete resonance with the Taikyoku field, with V = N/D = 1. Two pre-theoretical diagrams by the author (1990s, 2026) are included as Figure 1 and Figure 2. 8π is identified as a new topological invariant of the KOKU-Genki fiber bundle.

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