Observation Waves and Electromagnetism

This paper derives electromagnetic field closure and radiative asymmetry from collapse-based observational dynamics. By eliminating the need for predefined spacetime backgrounds, we reframe the electromagnetic field as a tension-preserving structure arising from stable collapse propagation across an observation-defined field. We show that the closure condition of Maxwell's equations is preserved as a natural consequence of wave-function coherence in the observation field. Furthermore, zero-point energy and radiative asymmetry are resolved as tension residue and boundary-state feedback within collapse regions. The paper offers a falsifiable prediction: field asymmetries should correlate with directional collapse boundary curvature, leading to deviations in field propagation under controlled collapse anisotropy. All derivations are traceable to the Origin Light framework and extend the Collapse Unified Series' foundational logic.