Gravity as Fundamental Informational Emergence: The Action of Information, UV Completion, and Topological Singularities!!!!

This research presents a formal framework for emergent gravity derived from the principles of Informational Redundancy Minimization. By applying an interdisciplinary approach—integrating quantum information theory, general relativity, and computational astrophysics—this study proposes that gravitational effects are not mediated by invisible dark matter, but emerge as a natural spatial adjustment dependent on local mass-energy density. The model successfully reconciles quantum mechanics with general relativity, providing a falsifiable alternative to the current paradigm. Theoretical predictions are aligned with current observational constraints and are prepared for rigorous testing against upcoming large-scale survey data, including the Euclid mission’s first data release (DR1). The manuscript demonstrates that observed galactic rotational dynamics can be recovered through informational redundancy minimization, effectively removing the requirement for non-baryonic dark matter particles. Esta investigación presenta un marco formal para la gravedad emergente derivado de los principios de minimización de la redundancia informacional. Mediante la aplicación de un enfoque interdisciplinario.