Bridging the gap between General Relativity and Quantum Mechanics through the lens of Information Dynamics. We treat "Information" as the fundamental physical constituent. By mapping the 9D complex space, we provide a mathematically complete framework for the convergence of force and matter. At the intersection of General Relativity and Quantum Mechanics lies Information Dynamics. We propose that 'Information' is the primary scalar field from which matter and force emerge. Through the mathematical lens of the 9D Complex Space, we have derived a framework where gravitational curvature and quantum entanglement are unified via information-invariant tensors. This provides a complete, non-probabilistic description of the cosmic fabric, where the observer and the observed are synchronized at a resonance frequency of 0.9773.

NEW — Cosmological Applications: the V131 field equations applied to the Galactic-center core (47 nm torsion core inside Sgr A*), dark energy w(z) vs DESI DR2, and the dark-matter core–cusp problem. Read the full report →