Paper CCLX: Naked Black Holes in Vortex-Seeded Compact Little Red Dots — Quantitative Confirmation of CLVII-5 by the BlackTHUNDER Direct Dynamical Measurement of QSO1 at z = 7.04

Juodzbalis et al. (Nature 653:1017-1021, 2026) report a direct dynamical black-hole mass measurement in the strongly lensed Little Red Dot Abell 2744-QSO1 at z=7.04, finding M_BH = 5x10^7 M_sun and M_BH/M_star > 2. This paper shows that result is a direct confirmation of Paper CLVII Prediction-5 (compact LRDs with anomalous BH/stellar mass ratio form in primordial G2 vortex regions, omnibus p.974) and CLVIII §3.2 (M_BH seeds before M_star; SAM endpoint M_BH ~ 8x10^7 M_sun from M_gas=10^10.5 M_sun). The measured M_BH = 10^7.7 M_sun sits at the median of the pre-published vortex-seeded mass range 10^7.5-10^8.5 M_sun. The brane-current mechanism (bypasses Freeman threshold via Sigma_crit->0 at vortex sites, no UV required, direct focal-zone collapse) maps point-for-point onto the Juodzbalis et al. exclusion list (standard DCBH ruled out via M_BH/M_dyn>0.1; NSC ruled out at >5sigma; DM cusp ruled out). Issues five predictions (CCLX-P1 to P5): P1 (population: >=30% of z>5 broad-line LRDs overmassive by >=1 dex vs RV-2015; CONFIRMED in same-day companion paper CCLXI), P2 (spatial clustering near COSMOS-Web dark radio sources), P3 (low host rotational support), P4 (near-pristine metallicity), P5 (near-dormant Eddington fraction). Cross-channel orthogonality table with the GWTC-5.0-confirmed hierarchical-merger channel (CCLVI, CCLIX-P5). Framework count: 261 numbered papers. Part of the One-Octonion Brane-Bulk Framework series. Anchor DOI: 10.5281/zenodo.19120873. Community: one-octonion-brane-bulk. Author: Bharathi Dasan Jagadeesan, M.D., University of Minnesota. ORCID: 0000-0002-1143-941X.