Universo Granular Libro 1: Ruptura del Modelo Continuo

Abstract This book introduces the Granular Universe Model, a theoretical framework in which spacetime is described as a discrete, information-based network rather than a continuous manifold. The model challenges the conventional continuum assumptions underlying classical physics, quantum field theory, and general relativity, proposing instead that physical reality emerges from the logical and dynamical interactions of elementary informational units. In Book I: Rupture of the Continuous Model, the conceptual, mathematical, and ontological foundations of the granular paradigm are developed. The work examines the limitations of continuous descriptions at fundamental scales and formulates a discrete alternative capable of reproducing known physical phenomena while offering novel explanatory mechanisms for space, matter, curvature, and information flow. The model is constructed to remain compatible with established physical principles, while providing a unified interpretative framework for quantum behavior, cosmological structure, and emergent complexity. This volume establishes the theoretical possibility and internal coherence of the Granular Universe Model. Subsequent volumes address its formal validation, computational implementation, and empirical projections. The work is presented under an open-access framework to encourage critical examination, reproducibility, and collaborative development within the scientific community.