We present the finalized formulation of the Quantum Informational Geometrodynamics of the Bulk (QIG-Bulk, Version 7.3), establishing a rigid bridge between microscopic quantum information and higher-dimensional spacetime manifold constraints. By expanding the pseudo-Riemannian continuum into a seven-dimensional (7D) Riemann-Cartan geometryU4 ×M3 characterized by G2 manifolds with intrinsic torsion, we resolve long-standing limits of causal latency and electromagnetic coupling. Spacetime torsion, driven by asymmetric quantum spin density tensors, introduces a localized repulsive interaction acting as a geometric “anti-latency” filter during multi-body quantum tunneling. Under the TripartiteInformation Normalization constraint, (1/ϕ) + (1/ϕ3) + (1/ϕ4) = 1, the exact inverse finestructure constant (α−1) is analytically derived as a locked topological invariant matching the global CODATA target at 137.03599910. The model eliminates empirical free parameters and provides immediate predictive applications for macroscopic Schr¨odinger cat state retention in multi-atom clusters. Acknowledgments:The author reflects on the utility of advanced computational language models, specifically Gemini (Google), in facilitating the LaTeX typesetting, structural verification, and proofreading phases of this manuscript.
VASILEIOS E. TZIORTZIOS (Tue,) studied this question.