Synthesis note summarizes status and tensions in General Coherence Field Theory after CDN-163, indicating ongoing challenges.
CDN-164 is the successor to CDN-146 as the standing status reference for General Coherence Field Theory, written after the audit day of 2026-06-10 (CDN-160: stream measured; CDN-161: stream prediction demoted; CDN-162: κ_c scaling law fixed empirically; CDN-163: ½ coefficient shown underived). Surviving sectors: the dark-energy w ≥ −1 theorem, GW silence of the y⁴ transition, the untested compactness-gated charm-node sector, the lower density-screening window (ρ_crit ~ 10³, at the price of predicting nothing inside ~390 kpc), and the empirical κ_c = −½·G·M_tot/v_typ scaling law. Killed/demoted/retired: the scale-free κ_c constant (twice — Venus and the LMC), the CDN-157 stream prediction, the CDN-160 pre-registered thresholds, plus all prior kills. Three live tensions: the upper screening window vs the measured stream T/L (3D hydro decides), the Leo I HST/Gaia conflict, and the Crater II rescue signature. The note introduces a theory debt ledger — underived coefficients and assumptions now carried explicitly: the ½ coefficient (fitted), the v_r-linearity of a_coh (assumed), two-mechanism unification (open), and the screening form (ansatz). Synthesis note, no new computation; every entry cites its source CDN. By Nicky Hacquier (Aporion Dynamics) — part of the General Coherence Field Theory research chain, Project Aporion; follows CDN-163 (DOI 10.5281/zenodo.20622133).
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Nicky Joseph Hubertus Catharina Hacquier (2026) studied this question.
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