TUM paper 62: Dipolar Vacuum Architecture and Antimatter Generation via Σshock

Standard ΛCDM accurately measures the 630 km/s dark flow towards the Great Attractor and the baryon-to-photon ratio η ~ 6e-10, yet lacks a unified topological origin. We formalize the Dipolar Vacuum Architecture within TUM by constructing Cl(8,0). The 2^8 = 256-dimensional operator space decomposes via P± = ½(1 ± Γ8) into T_gas and S_fluid sectors. The fundamental coupling constant is derived parameter-free: κ_TUM = 1 / Tr(I_256) = 1 / 2^8 = 1/256 ≈ 0.00390625 We define Σshock via ⟨Ψ, Γ8Ψ⟩ = 0, where topological parity inversion occurs. The 14 Fermi-LAT antimatter-star candidates act as active topological boundary nodes along the dipolar axis, and local vacuum inversion (Wcold) is activated fractally by critical field gradients Ξ(x) = ||∇E||/Ecrit > κ^-1_TUM. Four falsifiable predictions: (1) Dipolar anisotropy clustering of 14 candidates along Great Attractor-Dipole Repeller axis, (2) Fine-structure quantization ΔE/E = 1/256 in TGFs, (3) Gradient-coupled 40K decay modulations δBR/BR = κ_TUM (||∇E||/Ecrit)^2, (4) Absence of high-mass WIMPs >10 GeV/c^2.