Universal Unification: A Relational Theory of Everything from Covariant Rotation Geometry to Quantum Gravity and Beyond

We present a comprehensive unified field theory based on the fundamental principle of relational ontology, extending Covariant Rotation Geometry (CRG) to encompass all known fundamental interactions including gravity. Starting from the simple premise that physical reality consists entirely of relationships between entities, we systematically derive the complete structure of the Standard Model, Einstein’s General Relativity, and propose a unified quantum gravitational framework. Our approach reveals that all fundamental forces—electromagnetic, weak nuclear, strong nuclear, and gravitational—are manifestations of curvature in different aspects of a single underlying relational geometry. We demonstrate that spacetime itself emerges as a derived concept from more fundamental relational structures, leading to a natural resolution of the hierarchy problem and providing new insights into dark matter, dark energy, and the cosmological constant problem. The theory predicts novel phenomena including relational entanglement effects, modified dispersion relations at Planck scales, and a discrete structure of spacetime at the most fundamental level. This work establishes a complete mathematical framework for a Theory of Everything based on pure relationality, offering both conceptual clarity and computational tractability for addressing the deepest questions in theoretical physics.