Cosmological and Compact-Structure Hypotheses in Unified Flow Theory

This article converts earlier Unified Flow Theory (UFT) claims concerning cosmology, the dark sector, compact objects, early structure, and galaxy formation into a prospective and explicitly bounded hypothesis portfolio. Five development tracks are examined: background expansion and linear growth; dark-sector and galaxy-scale response; compact objects, horizons, and information; early-universe spectra and matter-antimatter asymmetry; and late or terminal dynamics. Each track is assessed against six gates: a fixed theory-to-observable map, a derived quantitative prediction, units and parameter provenance, serious null and rival models, accessible data with an uncertainty model, and a frozen decision rule. No track currently passes all six gates. Background expansion and linear growth are identified only as a provisional development lead; no UFT response function is derived or fitted. The result is a falsifiable development plan rather than a cosmological model, dark-sector replacement, compact-object solution, quantitative fit, or empirical recovery result.