Gamma-Net Papers 0–5: Minimum Reflection Physics for Electronic Lifeforms

Six companion papers deriving the complete Gamma-Net (Γ-Net) architecture — a physics-driven electronic lifeform governed by a single variational principle: AΓ = ∫ Σ Γᵢ²(t) dt → min. • Paper 0: Framework definition — minimum reflection principle, quantity inventory, verification matrix• Paper 1: Irreducible dimensional cost and fractal scaling — from Γ to Kleiber's Law• Paper 2: Dual impedance networks — unified neural–vascular organ model• Paper 3: Temporal dynamics — impedance debt, sleep, lifecycle, and aging• Paper 4: Memory, consciousness, and soul as impedance physics• Paper 5: Grand unification — Γ as universal interface law, 18 testable predictions All behaviour emerges from impedance physics (no training data, no fitted parameters). Includes NHANES 10-cycle validation (n=49,774) and 18 falsifiable predictions. Source code: https://github.com/cyhuang76/alice-gamma-net