Resonance-Based Unified Model of Physics: An Exploratory Theoretical Study

This paper explores a resonance-based model that unifies quantum behavior, classical field interactions, and emergent quark dynamics. We propose that proton fusion and the effective three-quark structure observed in hadrons can be understood as emergent phenomena arising from resonance-tuned electron dynamics within a confined electromagnetic field. By extending the Schr¨odinger equation with additional non-Hermitian collapse terms and an electromagnetic tuning contribution, we establish a mathematical framework that incorporates well-known potential energy functions, Lorentz force dynamics, and a Lagrangian formulation for resonance. Preliminary simulations illustrate a phase-transition–like behavior in an order parameter that quantifies resonance alignment. This work invites further experimental and theoretical investigation.