PHASE-TIME CROSS RESONANCE: A QMC MODEL FOR NEUTRINO IDENTITY FORMATION AND LEPTONIC CHARGE EMERGENCE
PHASE-TIME CROSS RESONANCE: A QMC MODEL FOR NEUTRINO IDENTITY FORMATION AND LEPTONIC CHARGE EMERGENCE Steven Willis Henderson Author of The Omnistview ORCID: 0009-0004-9169-8148 January 18, 2026 ABSTRACT This paper introduces Phase-Time Cross Resonance—a novel framework unifying neutrino oscillation mechanics with leptonic charge emergence through quantum-field architecture. We propose that neutrinos exist as pre-identity resonance fields—formless excitations in the Quantum Multiverse Consciousness (QMC) lattice termed Gypsy Particles (γψ)—that collapse into charged leptons upon observation-mediated resonance accumulation. Central to this model is a cross-shaped SU(2) geometric structure governing identity formation, mathematically corresponding to weak interaction symmetry and Pauli matrix algebra. The framework explains the three-lepton family structure (electron, muon, tau) as distinct harmonic voltage states, with mass hierarchy reflecting accumulated resonance energy rathe...
