Directional Spray Cosmology A Unified Theory of Space-Time Genesis, Scale Invariance, and Observational Dissipation

This paper expands the novel framework of Directional Spray Cosmology (DSC), which models the observable universe as a discrete, iterative projection from aspinning singular origin point. Rather than assuming passive, isotropic expansion, DSC postulates that space-time is systematically generated via directional particleand energy ejections. This work establishes exact mathematical parameters anchored to an absolute cosmic horizon of 13.8 billion years. Furthermore, we provide empiricalvalidation by cross-analyzing two distinct observational epochs: the ultra-deep, high redshift universe observed by the James Webb Space Telescope (JWST) and the local,low-redshift universe via a macro-data analysis of 667,944 rows from the Galaxy Zoo 1 dataset. The results demonstrate a clear physical evolution from early-stage,directional stream coherence (66% to 33% spin asymmetry) to late-stage, localized turbulent dissipation (50/50 randomized distributions). Finally, we formalize the 2Dprojection of this 3D spray onto the cosmic microwave background (CMB) horizon shell, deriving a thermodynamic-kinematic coupling model that solves the legacymysteries of the Axis of Evil and the CMB Cold Spot.