C3 Rhythm Physics: The Rendering of Reality

C³ Rhythm Physics proposes a rhythm-based ontology in which physical phenomena emerge from impulse coherence, substrate resonance, and dimensional filtering. It reframes space as a 6D resonator substrate, time as a harmonic memory loop, and mass as a rhythm persistence condition. Photons are redefined as boundary impulses with zero scalar inertia, rendering transiently without temporal rotation. The theory introduces impulse vectors, rendering cones, and rhythm sieves to replace classical field constructs. This article presents Version 8.2 of the framework, integrating updated substrate geometry, photon exclusion logic, and coherence-based rendering mechanics.