The Geometry of Reality: Unifying Physics through Informational Constraints and Equivalence Manifolds"

This work presents the fourth and comprehensive study of the Information Constraints Theory (ICT), building upon our previous publications \cite{Zenodo1, Zenodo2, Zenodo3}. ICT proposes that energy is the only fundamental entity, and that matter, time, mass, and gravitation emerge from information constraints that restrict energy dispersion. Key contributions of this paper include: Quantum formulation of the information field (�) and the definition of constrained energy �. Derivation of spacetime curvature from information gradients, linking ICT with general relativity. Numerical simulation (ICT-Sim v1.0) reproducing B-meson decay anomalies observed by Lorenz et al., explaining the 2.7$\sigma$ deviation as a consequence of temporary energy stabilization by high-density informational constraints. Predictions for experimental verification, including wave-like energy patterns and potential applications in controlling energy concentration without conventional matter. This publication establishes ICT as a novel unifying framework connecting quantum processes, energy dynamics, and spacetime geometry, emphasizing that information is the physical agent giving rise to mass, time, and gravitation