CDN-227 proposes a framework for understanding dark matter using coherence fields, indicating potential new paths for research.
CDN-227 opens the GCFT dark-matter-resolution arc by defining the claim boundary for treating missing-mass phenomenology as an effective coherence-field response rather than an unseen particle halo. The paper locks a six-channel ladder: rotation support, lensing parity, cluster separation, structure growth, CMB quietness, and local nulls. The boundary is live, with weighted readiness 0.471, but the universal dark-matter replacement claim remains explicitly forbidden until the channel gates are passed.
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Nicky Joseph Hubertus Catharina Hacquier (2026) studied this question.
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