FFC's Cosmological Anomaly Dissolutions (CAD)

The Cosmological Anomaly Dissolutions (CAD) furthers FFC's macro-scale dissolution by addressing 15 anomalies in tensions and expansion, such as Planck-DESI tension in non-minimal DM (arXiv Aug 2025; 3σ mismatch in σ8) and inconstant Λ (Nature Apr 2025, 4.2σ evolving DE), recasting these >2-5σ deviations (e.g., 4σ Hubble tension, arXiv Sep 2025; low ell's large-scale anomalies, IOP Feb 2025) as intrinsic outcomes of entropic flux dilution (FD #55) and relic gradients (Glossary Item 6). These anomalies, encompassing CMB/BAO inconsistencies (e.g., DESI DR2 data-driven EOS, APS Aug 2025) to initial conditions (e.g., low initial S, Penrose 2025 critique), are dissolved through probability wave E cosmic evolution (Glossary Item 3) and golden ratio φ hierarchical suppression (Glossary Item 17), without non-minimal models or fixed constants. Building on prior categories (e.g., FFC 8 Astrophysical (APD) via early galaxies linking to reionization, Neutrino Resolution NAR #19 for dynamical DE mass detections), each dissolution emerges from core axioms like cyclic bounces (FD #54) and fractal continuum hierarchies (Glossary Item 2), unifying cosmological tensions (e.g., spatial curvature anomaly, 2025) with observable resolutions (e.g., BBN Li-7, 2025). The format continues: scope for recasting; assumptions with links; 5-step symbolic emergence; validation with 2025 data (e.g., arXiv Aug 2025, Nature Apr 2025); cross-links; and falsifiability for probes (e.g., Euclid 2025-2026 BAO). This category leads to FFC 10 Gravitational Anomalies (GAD), exemplifying FFC's dissolution of cosmological "anomalies" as seamless emergences in the wave-field fabric.