The Hidden Λ Sector: Corrective Dynamics Across Physics and Cosmology

This paper introduces and tests the concept of a hidden corrective sector, Λ, within the Static Vibrational Reality (SVR) framework. Unlike the universal background frequency Ω ≈ 31 nHz, Λ is silent in ordered regimes and manifests only during chaotic deviations, acting as a corrective regulator. Multi-domain analyses across pulsar timing arrays, supernovae, radio polarisation, weak lensing, Planck CMB maps, gravitational-wave ringdowns, and atomic clock data reveal a consistent pattern: Λ = 0 during quiet intervals and Λ > 0 during chaos. Laboratory evidence from atomic clocks provides the strongest confirmation (p < 10⁻³), while cosmic datasets converge on the same corrective interpretation. The results elevate Λ from anomaly to principle: Ω defines order, Λ restores it when broken.