Paper XXXVI: The Net T1 from δM/M: Baryogenesis, QCD Connement, and the Sump Amplica- tion Theorem

The relationship between the matter-antimatter asymmetry δM/M ∼6×10−10 and the net T1 sump acceleration is derived. Before QCD connement (t < t_QCD), both the H+ sump and H−anti-sump were free, partially cancelling each other: a0,e = (δM/M) × cH/2π ∼10−9 × cH/2π. After QCD connement (t > t_QCD), the H− anti-sump was conned to sub-nuclear scales, removing the cancellation: a0,e = cH/2π. The QCD transition amplied the eective sump scale by M/δM ∼109. The master equation a0,net(t) = cH(t)/2π × Θ(t-t_QCD) + (δM/M) × cH(t)/2π × Θ(t_QCD-t) encodes baryogenesis, QCD connement, MOND, and Hubble expansion in one expres- sion. This paper derives: why a0 = cH0/2π rather than (δM/M)×cH0/2π; why the cosmological constant is small; why MOND rst appeared at t_QCD; and four new predictions (Predictions 56-59) following from the pre/post-QCD sump structure. 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.