Particle Classes Through Resonant Architecture: Spiral–Toroid Formation as a Basis for Subnucleonic Structure

This work presents a structural perspective on particle classification based on coherence and resonant energy organization. It explores how stable, particle-like configurations may emerge from transitions between resonant chains, spiral closures, and toroidal structures. Differences in topology, nodal organization, and coherence distribution are proposed to define distinct structural regimes. The framework offers a qualitative basis for understanding particle classes as emergent properties of organized energy rather than predefined entities.