The Angular Rule of Space-Phase: From Planck's Constant to Laser Interference to Atomic Orbits in SP3

Thesis: SP3 proposes that whenever space-phase is forced to reorganize around aboundary or center, only discrete angular circulation modes can persist, because coherentreconfiguration requires a minimum action-like increment; at atomic scales that incrementis historically labeled Planck’s constant, while at larger scales it appears as the selection ofstable orbital grooves and resonant spacings. Planck’s constant is traditionally introducedas a mysterious proportionality factor linking energy and frequency, often treated as anintrinsic property of particles or radiation. In this paper, using the SP3 framework andguided by simple laser slit and hair experiments, Planck’s constant is reinterpreted as auniversal angular rule governing how space-phase reorganizes when symmetry is broken byinteraction with matter. Discrete angular modes observed in tabletop laser experiments areshown to be the macroscopic manifestation of the same constraint that governs atomicstability, Bohr orbits, and sharp spectral lines. Quantization is thus not imposed byparticles or measurement. Quantization emerges naturally from the angular coherencelimits of space-phase itself.