Mapping the GCFT dark-matter reduction factor across five decades of acceleration, from galaxy clusters to ultrafaint dwarfs, reveals a non-monotonic three-regime coupling landscape. The coherence field fully replaces dark matter at galaxy scale but only partially at both higher and lower accelerations, collapsing the 100x reduction debt (D12) into the single open question of why nu(x) takes the McGaugh form (D11).
Nicky Joseph Hubertus Catharina Hacquier (Wed,) studied this question.
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