HγC W2: Temporal Organization of Structured Near-Critical Bands

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Abstract

This paper introduces the first controlled temporal organization layer for structured near-critical bands in the HγC framework. Earlier work established that the coarse-graining descriptor γ may be dynamically self-selected into a finite near-critical band, that this band should be treated as a structured mesoscopic distribution rather than a featureless interval, and that effective time becomes meaningful only after sufficient mesoscopic stabilization. W2 takes the next justified step after these results. Once structured near-critical bands and emergent effective time have both been admitted, the paper asks how such bands are occupied, how that occupation persists, and how it may migrate over effective time.…

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Topics & keywords

Keywords
  • Mesoscopic physics
  • Scope (computer science)
  • Construct (python library)
  • Work (physics)
  • Distribution (mathematics)
  • Kinetic energy
UN Sustainable Development Goals
  • Reduced inequalities
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