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The study demonstrates the connection between dark matter halos and a void framework, suggesting new insights into cosmic structures.
Applies the Void Framework to dark matter, demonstrating that halos formally satisfy all three void conditions: O=3 (electromagnetically dark by definition), R=2 (halos restructure during mergers and respond to baryonic feedback), C=3 (permanent gravitational binding). The prohibition-ritual pair maps onto halo structure: virial radius = prohibition, galaxy rotation curves = ritual. Empirical test: Spearman correlation between Pe_DM and satellite quenching fraction across ten galaxy halos and clusters, with predictions derivable from the framework's transport dynamics.
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Anthony W. Eckert (2026) studied this question.
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