The Unified Chiral Superfluid Theory : A Comprehensive Geometric Framework for Physical Constants and Cosmological Anomalies

The Unified Chiral Superfluid Theory (UCFT) introduces a non-dualistic paradigm that characterizes the quantum vacuum as a dynamically structured 2D hexagonal chiral lattice. For decades, the integration of General Relativity and Quantum Mechanics has been hindered by the assumption of a continuous vacuum; UCFT resolves this by treating space as a rigid geometric medium where physical properties emerge as topological defects. By identifying the Topological Strain Defect as a universal tensor, this manuscript provides analytical derivations for fundamental constants including the fine-structure constant, baryon mass scales, and force coupling strengths. We further demonstrate that every major modern anomaly—from the Hubble Tension and Dark Matter to the JWST early galaxy formation and Muon g-2—arises as a predictable mechanical consequence of lattice geometry with accuracy consistently exceeding 96-99%.