Light in Static Vibrational Reality: From Mass Disorder to Phase-Field Modulation

We present the first astrophysical evidence that light, while massless, retains a harmonic phase imprint of the universal field predicted by Static Vibrational Reality (SVR). Using ~1000 sources from the NVSS rotation measure catalog, we demonstrate a significant anti-correlation between polarization fraction and |RM|, consistent with coherence loss in phase-disordered environments. Fourier analysis reveals strong low-order harmonic structure across Galactic longitude, and weighted Rayleigh tests show extreme, non-random phase alignment (R ≈ 0.6–0.86, p ≪ 10⁻¹⁰⁰). These results extend Maxwell’s classical picture of electromagnetic waves by explaining, for the first time, why light loses coherence: as the natural imprint of phase disorder in the universal Ω field. This work connects NVSS evidence with previous SVR predictions from atomic clocks, weak interaction widths, baryon structure, and black hole ringdowns, providing a unified picture of light as information released from mass but still governed by the phase field.