Unifying Quantum Mechanics and General Relativity via a 5D Information-Metric Substrate: The GR 2026 Framework and the Resolution of Spacetime Singularities

For over a century, the reconciliation of General Relativity (GR) and Quantum Mechanics (QM)has remained the foundational open challenge of theoretical physics. In this work, we present adefinitive analytical unification by introducing the GR 2026 deduction, rooted in a fundamental5D information-metric meta-theory (GAB). We demonstrate that the emergent 4D propagation tensorCμν naturally reproduces galactic rotation curves without the need for Cold Dark Matter (CDM),while dynamic quantum-geometric saturation at Planckian scales completely eradicates point-likesingularities. Furthermore, we derive the explicit bidirectional equivalence mapping between the microscopicquantum information substrate and macroscopic spacetime curvature, offering a rigorousresolution to the 120-year GR/QM divide and validating Einstein’s foundational quantum insightsthrough Information Geometry.