FFC's Gravitational Anomaly Dissolutions (GAD)

The Gravitational Anomaly Dissolutions (GAD) culminates the macro-scale dissolutions by tackling 15 anomalies in waves and precession, such as GW anomaly detection in LIGO O3 (CodaBench 2025; ML challenges identifying unmodeled transients ~3σ significance) and EM interference in LIGO (arXiv 2025 studies on glitch correlations with EM, ~2.5σ hints). These >2-4σ deviations (e.g., 3σ frame dragging GP-B residuals reanalysis 2025, Lense-Thirring LARES precision ~0.994 factor 2025) are recast as intrinsic properties of entropic cohesion deflections (Glossary Item 16) and modulations (Glossary Item 6), without gravitons or spacetime ripples (FD #48). These anomalies, from ML-based GW transients (e.g., DeepGrav anomalous GW, arXiv Mar 2025) to merger rates LVK (GWTC-4.0+ 2025 with over 200 events), are dissolved through probability wave E deflections (Glossary Item 3) and golden ratio φ torque optimizations (Glossary Item 17), eschewing GR extensions. Anchored in prior categories (e.g., FFC 9 Cosmological (CAD) via inconstant Λ linking to GW backgrounds, Neutrino Resolution NAR #9 for GW170817 dips), each dissolution derives from core axioms like toroidal field structures (FD #10) and fractal continuum propagation (Glossary Item 2), unifying macro-gravitational effects (e.g., Schwarzschild EHT refinements 2025) with observable resolutions (e.g., recurrent autoencoders transients, IOP 2025). The format endures: scope for integration; assumptions with links; 5-step symbolic emergence; validation with 2025 data (e.g., arXiv Mar 2025, CodaBench 2025); cross-links; and falsifiability for probes (e.g., LVK O5 2026). This category transitions to FFC 11 Mathematical (MSD), highlighting FFC's dissolution of gravitational "anomalies" as natural continuum deflections.