The KOKU-Genki Two-Layer Universe: Unified Derivation of Gravity, Ma Repulsion, Centrifugal Force, and Coriolis Effect from Ma Energy Density and Ki Tensor Fields

A unified derivation of gravity, Ma repulsion (dark energy reinterpretation), centrifugal force, and Coriolis effect from two fundamental quantities of the KOKU-Genki two-layer cosmological framework: the Ma energy density field (rho_Ma) and the Ki tensor field (K_mu_nu). All four forces are shown to be expressions of the Time Pressure 4-vector P_mu = d(rho_Ma)/dx^mu. Key results: (1) Gravity = -nabla(rho_Ma); (2) Dark energy = Ma repulsion = +nabla(rho_Ma); (3) Centrifugal force = p x nabla(rho_Ma) x omega; (4) Coriolis force = -2(K_torsion x v_Ma); (5) Inertial mass = depth of rho_Ma entrainment; (6) Orbital velocity derived from iso-KOKU surface geometry; (7) Angular momentum conservation as KOKU-layer rho_Ma conservation. All standard physics results are reproduced. KOKU Lever Principle connects IceCube GOLD-class events to Earth-surface market responses via time-pressure amplification. Pre-registered test window: May 25-30, 2026 (KOKU=159 days).

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