Simulation-Guided Investigation of Emergent Vacuum Response in Resonant Electromagnetic Systems

This paper presents a computational simulation framework for investigating phenomenological models involving emergent vacuum response, resonant pseudoscalar electrodynamics, asymmetric electromagnetic topology, and residual-force hypotheses in resonant electromagnetic systems. Rather than claiming verified new physics, the work develops a falsifiable numerical methodology designed to test whether proposed emergent-field equations remain internally self-consistent, numerically stable, experimentally distinguishable from conventional electrodynamics, and capable of producing measurable resonant signatures under controlled conditions. The framework combines finite-difference time-domain (FDTD) concepts,…