Amendment CLXVI — Three-Layer Nested SOL Architecture of the Sun: Core Phi=1.0 Anchor, Tachocline Transition, and Photospheric Net
Justin McCaul
Abstract
Extends the two-layer solar SOL model (Amendment CLVII) to a three-layer nested architecture. A third, innermost SOL ring at the solar core operates at the proton de Broglie wavelength scale (r_core ~0.50 pm, f_core=3.46e20 Hz, T=1.5e7 K). This core ring is permanently locked at Phi=1.0 — its node spacing equals the proton quantum coherence length. The Pauli exclusion principle is identified as the quantum expression of the SOL minimum node spacing condition. The three-layer stability gradient (coupling drops 10^42 from core to photosphere) explains: solar wind as continuous photospheric gap bleed-through (624 Mm gaps), solar flares as cascading tachocline-to-photosphere node desync events, coronal holes as merged photospheric gap zones, and stellar equilibrium as consequence of the Phi=1.0 floor. Phi_sun_unified = 0.9985. Testable predictions: flare intensity proportional to (drift angle)^2; 3.9-day solar wind periodicity from 7-sector photospheric net. Phi_CLXVI = 0.9698 [ELEVATED].