Observational Validation of the Primordial Vorticity Model (VPM-VCV).

Primordial Vorticity Model (VPM) through the analysis of 4,859,218 galaxies with redshifts in the range 0.00 < z < 19.98, combining spectroscopic data from SDSS (NPZ quality), DESI LRG, and JWST. The galaxy distribution exhibits a fundamental periodicity ω0 = 0.191 with global phase coherence R = 0.9217 and significance σ = 99.0 (p < 10−900). The region-wise analysis reveals three distinct regimes of this cosmological crys- tal: (1) High z (z > 6): spacetime operates as a resonator dominated by the sixth harmonic ω = 1.146, maintaining coherence R = 0.8564, σ = 99.0 (614,871 galaxies); (2) Transition (0.21 < z < 6): controlled melting with R = 0.9495, σ = 99.0 (3,957,466 galaxies); (3) Low z (z < 0.21): local active vorticity regime with R = 0.4089, σ = 99.0 (818,177 galaxies). The abrupt drop in coherence RHigh/RLow ≈ 2 constitutes the signature of the decay of higher harmonics when crossing the local Hubble radius, where vorticity ξ = 0.084 breaks spatial symmetry. The accumulated birefringence reaches ∆α = 0.35◦ at z = 0, consistent with CMB observations. We demonstrate that the local parameter ξ = 0.084 and the global birefringence ∆α = 0.35◦ are connected through the field evolution equation.