Accelerated Mass Theory (AMT) v12: Laboratory Verification of the Gravitational "Pixel Wall" via Moiré Interference

Accelerated Mass Theory (AMT) v11 successfully unified General Relativity and Quantum Mechanics by introducing a fundamental acceleration field ($\Phi_A$), predicting a Dark Matter to Dark Energy ratio of 3.32:1. AMT v12 advances this framework by providing the first laboratory evidence of the theory's macroscopic limits. By redefining the universe as a static 5D manifold with a finite resolution limit (the "Pixel Wall"), v12 eliminates the need for a cosmological singularity. We present the simplified experimental protocol used to verify this limit at the $\lambda = 20\mu m$ boundary. The transition from wave coherence to particle behavior manifests as a distinct Moiré interference pattern—a visual capture of the spatial flow turbulence ($\mathcal{A}_{\mu\nu}$) as the universe shifts geometric "gears." We issue a challenge to the scientific community to replicate this accessible optical test.