A Prototype Simulation of Information-Driven Gravity Coupling

We present a minimal, testable numerical prototype exploring a coupling between an evolving information density field and gravitational potential in the weak-field limit. The model defines a scalar information field undergoing diffusion and damping, contributing an effective density term to Poisson’s equation for gravity. Using a 2D periodic grid and FFT-based solvers, we demonstrate emergent gravitational potential shifts and anomalous acceleration regimes driven by information gradients. This work does not claim experimental validation, but establishes a transparent simulation framework suitable for falsification, refinement, and extension toward laboratory tests.