Unified Theory of Evolutionary Superfluid Cosmology: Integrating Hydrodynamic Gravity, Parameter Inheritance, and Temporal Inversion

Modern cosmology faces a dual crisis: the structural breakdown of geometric General Relativity (highlighted by "impossible" early galaxies observed by the JWST) and the philosophical dead end of the Anthropic Principle regarding the fine-tuning of the universe's 26 fundamental constants. This paper establishes a singular, cohesive framework: Evolutionary Superfluid Cosmology. By formally synthesizing hydrodynamic gravity mechanics with evolutionary parameter inheritance, we demonstrate that the quantum vacuum is an active, macroscopic Bose-Einstein Condensate (BEC). We establish that the fundamental constants of nature are preserved across gravitational singularities via non-local quantum entanglement (ER=EPR), while the geometric bottleneck of the quantum-gravitational bounce acts as a strict thermodynamic quarantine to secure a pristine tabula rasa. Subsequently, these parameters are mutated by a dual-engine process involving Planck-scale thermodynamics and cosmological topological shearing. This extreme shearing dynamically biases chiral states to drive hydrodynamic baryogenesis and generates quantized vortices within the superfluid vacuum, acting as the rapid accretion mechanism that formed early massive galaxies. Furthermore, this framework formalizes the phenomenon of Temporal Inversion, demonstrating that the thermodynamic arrow of time is a collective hydrodynamic property of the vacuum fluid driven by irreversible quantum decoherence. We show that the quantum-gravitational bounce functions as a macroscopic temporal mirror, while extreme parameter mutations fracture CPT symmetry, creating chaotic domains where time runs in reverse. Ultimately, we demonstrate that biological life and fine-tuned physics are not intentional designs, but the natural consequence of a cosmic reproductive lineage evolving to maximize macroscopic structural fecundity.