Rotational Substrate Field Theory Predictions

This disclosure presents the formal, testable predictions required by the physical and mathematical framework of Rotational Substrate Field Theory (RSFT). While traditional physics often relies on abstract postulates, RSFT provides a mechanical origin for the fundamental forces through a continuous, 12-coordinated rotational plenum. This document operationalizes the theory by identifying specific physical deviations and phenomena that must manifest in extreme energy regimes. It provides experimentalists with clear benchmarks for falsification, specifically regarding: * Vacuum Nonlinearity: Predicted departures from Maxwellian linearity in high-gradient spin environments. * Electromagnetic-Inertial Coupling: Required interactions between intense fields and the local inertial frame. * Topological Quantization: The emergence of discrete stability bands within the substrate’s vortex structures. This submission serves as the necessary experimental bridge to the Unified Field Substrate Model (Version 3.2), ensuring the theory meets the rigorous standards of empirical science.