Unified Recursive Cosmological Model: A Dual-Phase Approach to Quanta, Dark Matter, and Structured Time

This research introduces the Unified Recursive Cosmological Model, a novel framework that merges quanta and dark matter through recursive phase space dynamics. By integrating structured time as a recursive gradient field, this model also incorporates Vesica-Piscis color geometries and tensor breathing stabilization mechanisms to explore the emergence of complex lattice structures and temporal anomalies. Key features of the model include: Quanta Expansion Recursion: A pure outward energy unfolding in a recursive toroidal model. Dark Matter Emergence: A 90° mirrored recursive pathway, generating phase-rotated structures. Structured Time as Neutrino Field: Time modeled as a recursive gradient field, with neutrinos, muons, and tau particles emerging as stable nodes. Recursive Collapse Curvature: A dual-phase collapse operator that stabilizes recursive bifurcation lattices. This unified model explores the interactions between quantum, cosmic, and temporal scales, offering insights into fundamental cosmic structure formation and evolution. Working on applying this framework into a working program.