Triune Cosmology Theory

Unifying quantum mechanics and general relativity—while simultaneously addressing the Hawking information paradox, the nature of dark energy, and the four fundamental forces—has remained an enduring challenge in theoretical physics. Most current models offer only partial solutions, rely on a multitude of free parameters, or fail to reconcile the deep structural contradictions between the two pillars of modern physics. In this work, we introduce a unified geometric framework based on three foundational postulates: the Complex Field Ontology Axiom (CFOA), the Dynamic Unified Information-Energy Axiom (DUIEA), and the Generalized Phase Transition Axiom (GPTA). These postulates enable a natural transition from quantum coherence to classical gravity and predict testable phenomena such as decoherence decay in cold atom systems and quantum-classical radiation overlap in black hole accretion disks. The theory recovers both the Schr¨odinger and Einstein field equations as limiting cases and offers falsifiable predictions without introducing additional parameters or dimensions. This approach provides a coherent and minimal framework for unifying quantum entanglement, decoherence, and gravitational dynamics across all physical scales