This repository contains the foundational manuscript and supporting framework materials for the Sub-Threshold Feedback Cycling (STFC) model of early galaxy evolution. STFC proposes that low-mass early halos may preserve chemically recoverable memory of discrete thermodynamic interruption cycles when turbulent homogenization occurs more slowly than hydro-recovery and recollapse. The framework derives explicit chemo-hydrodynamic scaling relations linking: halo mass, turbulent mixing, gas fallback, delayed enrichment, and observable stellar abundance segmentation. The repository includes: full LaTeX manuscript, scaling law derivations, simulation tracking criteria, synthetic spectroscopy pipeline architecture, detectability forecasts, and observational target hierarchy. The framework is explicitly designed to remain falsifiable within standard CDM cosmology.
Charles Carroll (Wed,) studied this question.
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