The Refractive Universe & The Predictive Control Module (PCM): Theoretical Foundations, Experimental Validation, and Priority Claim Summary

This work presents the theoretical, experimental, and intellectual‑property foundations of the MIDI Framework and its engineering implementation, the Predictive Control Module (PCM). The framework models the vacuum as a high‑tension refractive medium whose boundary mechanics govern both micro‑scale plasma behavior and macro‑scale cosmological structure. Recent experimental validation from the Oxford Central Laser Facility demonstrates efficiency‑optimized relativistic plasma harmonics, confirming the core refractive‑boundary mechanism predicted by the MIDI math engine. The PCM engineering module applies these mechanics to stabilize high‑density plasma in fusion reactors using harmonic set‑points and a differentiable phase‑locked loop (D‑PLL). This document consolidates the theoretical basis, experimental alignment, and formal IP claims (CIPO 3301954), establishing priority and providing a unified reference for future research and engineering deployment.