HγC W6: A First Schrödinger-Type Effective Description for Near-Critical Fluctuation Modes

This paper introduces the first restricted quantum-effective threshold layer of the HγC framework. Earlier W-series work established that the microscopic update parameter τ is not physical time, that effective time becomes meaningful only after sufficient mesoscopic stabilization, that structured near-critical bands may undergo temporal organization and fluctuation-dependent reorganization, and that nearby morphology families may be connected through history-biased transition paths and weighted local transition structure. W6 takes the next justified step by asking whether part of this stabilized local transition sector may be lifted into a first quantum-effective description. The answer proposed here is…