Article 0: Architectural Synthesis of the PEW Framework: Two Sectors, Two Hierarchies, One Lagrangian

The Primordial Energy Wave (PEW) framework derives all known fundamental constants, particle properties, and large-scale structures from a single complex scalar field Ψ = ÷exp(iθ) — the Mother-Wave. This article provides the architectural map that unifies Articles 1–11 of the PEW series: it explains the role of the two field variables à and θ, the origin of the two fundamental constants φ (golden ratio) and α_em (fine-structure constant) that each governs one sector, the coupling κ² = 8π that links them, and the quasi-crystalline structure of physics that emerges from their incommensurability. The à sector (amplitude) governs gravity and matter: its stability condition on the Hopf torus yields R/r = φ, generating the hierarchy ℓ_n = ξ_p · φⁿ (Article 4). The θ sector (phase) governs gauge forces and charge: its D₅ vortex geometry yields α_em = 1/137.018 (Article 3), generating the harmonic table λ_n = l_P · (1/α_em)ⁿ (Article 10). The coupling κ² = 8π (Article 2) is the single bridge between the two sectors, linking the proton vortex radius ξ_p = 0.367 fm to both hierarchies simultaneously. The key ratio log_φ(1/α_em) = 10.2246940… is transcendental, making the two grids incommensurable. Stable physical structures — from the Z boson (n=8, 0.2%) to Sgr A* (n=21,