One-Octonion Brane-Bulk Framework - Omnibus Papers 0-CCCLXIV (September 2026)

Omnibus edition 0-CCCLXIV of the One-Octonion Brane-Bulk (OOB) framework, 2,260 pages, 8 September 2026. This edition extends 0-CCCL (version DOI 10.5281/zenodo.21971669) by binding the thirteen papers published since: CCCLI (gravitons drive the standing waves they cross), CCCLII (the S4 torsor on the 24 heptagons and the scattering polytope), CCCLIII (intrinsic heavy flavour from the split generation), CCCLIV (the muon g-2 hadronic-vacuum-polarization transfer reading), CCCLV (a finite CFT Ward algebra for the Klein-Fano brane), CCCLVI (the IMFERNO baryonic closure), CCCLVII (phase-only transit and Feynman's postulates), CCCLVIII (the Aharonov-Bohm phase as e7 holonomy), CCCLIX (Madelung-Bohm hydrodynamics as the brane-side dictionary of bulk transit), CCCLX (Schwinger n=1 as the first e7 boundary channel), CCCLXI (entropy as a channel count), CCCLXII (the Yang-Mills mass gap as finite incidence geometry), and CCCLXIV (standing-wave displacement and decay currents). All thirteen are bound at their current Zenodo versions. Paper CCCLXIII, an erratum to Paper CLIX, is in preparation and will be bound in the next edition. Paper CCXXI is bound at its third version, which corrects Eq. (1) (the uncertainty product l_P m_P c is hbar, not h) and adds the temporal-entanglement bridge. Two correction notices are bound before the affected papers and indexed in the front matter: before Paper LXII, the withdrawal of Prediction 116 (the curvature radius of the normal direction at the brane is the bulk curvature radius L_AdS of Paper CCCXXIII; the Planck length is the brane's thickness, Paper CCCLXIV Appendix D); before Paper CCCL, the closure of its Section 7 item 4 by Paper CCCXLVII Section 2.3 (the one-way junction reflection is a single-pole admittance, so the tangential relaxation kernel is exponential and tau_pi = 1/(kappa c)). Every earlier paper is reproduced as bound in 0-CCCL. The framework carries one free parameter, the baryon asymmetry delta_M/M ~ 6.1e-10; the top-quark mass is derived (Paper CCCXLVII). Canonical constants: f_bulk = 1 - sinc^2(alpha_0) = 3.6919% with alpha_0 = 0.10673; Sigma_sump = 238 M_sun/pc^2; a_0 = 1.042e-10 m/s^2; l_sys = 1.0905. Concept DOI 10.5281/zenodo.19185171 resolves to this edition. Bharathi Dasan Jagadeesan, M.D. ORCID 0000-0002-1143-941X. CC-BY-4.0.