Quantum and Classical Coherence Regimes: A Structural Resolution

Quantum and classical mechanics are often treated as incompatible descriptions of physical reality. This paper reframes the apparent paradox by interpreting both as coherence regimes—downstream expressions of alignment, drift, and reorganization within a single generative geometry. Quantum behavior reflects alignment across carriers (Object 4), classical behavior reflects drift and persistence (Object 5), and decoherence reflects reorganization under tension (Object 6). No mechanisms or operators are proposed; this is a signature‑level account of coherence physics. By situating quantum, classical, and decoherence phenomena within the same structural framework that governs biological, cognitive, cultural, and collective systems, the longstanding quantum–classical divide dissolves. The result is a unified, downstream interpretation of physical behavior grounded in multi‑system coherence.