HγC W4: History-Biased Transition Paths in Morphology Space

This paper introduces the first controlled pathway description for structured near-critical reorganization in the HγC framework. Earlier W-series work established the temporal threshold for effective evolution, the temporal organization of occupied structured near-critical bands, and the fluctuation-dependent layer in which occupied mean morphology may display metastability, weak switching, and history-sensitive reorganization. W4 takes the next justified step by shifting the near-critical morphology sector from state description to path description. Departures from occupied mean morphology are re-read as partial traversals through morphology space, and a minimal vocabulary of reorganization paths is…