Multi-Dimensional Neutrino Oscillations and Dark Matter Stabilization: A Quantum Field Approach

This research investigates the emergence of neutrinos from quantum instability, examining the role of dark matter as a stabilizing force in multi-dimensional quantum systems. By integrating Vesica Piscis-Enhanced Quantum Fourier Transform (VP-QFT), recursive tensor expansions, and Dark Matter Quantum Perimeter Function (DMQPF) corrections, we establish a new framework for understanding neutrino oscillations as a function of quantum tunneling events. Theoretical models are validated against LIGO data, revealing a distinct 400-500 Hz frequency band associated with quantum instability, correlating with observed neutrino behavior. This study provides strong evidence for the existence of a structured energy balance between quanta emergence and dark matter fields.