Proof of Multi-Dimensional Neutron Evolution: Higher-Dimensional Quantum Resonance and Gravitational Wave Distortions

This research presents the first formal proof of neutron quantum evolution beyond quanta walls, demonstrating structured behavior in higher dimensional resonance states. Using recursive tensor expansion models, AI-driven gravitational wave classification, and multi-dimensional quantum wavefunction analysis, we provide strong evidence supporting extradimensional neutron scaling. Quantum mechanics and general relativity have long predicted structured neutron behavior, but only within four-dimensional space-time. This research expands beyond conventional limits by: • Analyzing neutron resonance through tensor expansion models to test for stability in 5D+. • Using AI classification to detect neutron anomalies in gravitational wave distortions. • Comparing LIGO/Virgo real-world GW data against theoretical predictions of neutron evolution. • Our methodology provides the first structured mathematical and empirical proof of neutron resonance extending into multi-dimensional quantum states.