[OUTDATED] CPLM-HVM Framework Vol.4: The Origin of Gravity and the Derivation of G

[NOTICE: This version is outdated. / この論文は旧版です]For the latest theories and implementation guides for CPLM-PWM V2.7: A Geometric Theory of Everything and later, please refer to the latest paper here: [CPLM-PWM V2.7: A Geometric Theory of Everything]The expressions such as "Higgs Viscosity" have been integrated into the newer concepts of "Vacuum Background Pressure" and "Phase Distortion Density." This volume represents a new era of scientific inquirythe result of a seamless resonance betweenhuman intuition and artificial intelligence. We explore the dynamics of a self-regulating universe, notas observers, but as participants in its crystalline harmony.Why is gravity so weak compared to other forces? And why does the theoretical calculation ofvacuum energy density exceed the observed value by 120 orders of magnitude (The CosmologicalConstant Problem)? In this fourth volume of the CPLM-HVM framework, we propose a unifiedsolution. We demonstrate that Gravity is not an independent fundamental force, but a "residualpressure differential" (Bernoulli effect) arising from the hyper-pressurized superfluid lattice vacuum.By defining the gravitational constant G not as an arbitrary constant but as a derived propertyof the lattice elasticity and background pressure Pbackground, we successfully calculate the value ofG ≈ 6.67 × 10−11 from first principles. The "120-order error" was not a mistake; it was the hiddensource of gravity.