Holon - Origin of Standard Model Particles

We propose Holon Theory, a topological coherence framework in which the mass, spin, and stability of Standard Model particles emerge from quantized resonance modes of braided coherence shells. Particles are defined by shell frequency, braid topology, and a coherence resilience score (CRS). This approach naturally quantizes particle identity and mass, reproduces observed mass hierarchies, and relates coupling constants to shell depth. It offers a unified, physically grounded explanation for particle properties, potentially addressing gaps in quantum field theory.