Numerical Correlation between Grid Density and Hubble Tension in a 2+1D Dissipative Manifold

Abstract (V3 Plain Text Optimized) This paper presents the finalized Luo Lin-G Gravity Friction Statistics (L-GFS) model. We define spacetime as an inclined 2+1D glass manifold with an intrinsic tension of 10 to the 43rd power Newtons, where matter motion is governed by friction-coupling (eta) with an underlying light-grid. Building upon the V2 evidence, which resolved the Hubble Tension (ratio 1.083) and the Pioneer Anomaly (8.74 x 10^-10 m/s^2), we derive the ultimate grid-decoupling frequency: 7.352 THz. We detail an experimental methodology using THz coherent resonance to achieve artificial gravity shielding, providing a direct laboratory pathway to verify the unification of quantum mechanics and gravity. Our findings suggest that gravity is not an immutable geometric curvature but a tunable statistical manifestation of grid resolution and refresh rates. This framework transitions physics from the era of geometry to the era of resonance.