FFC's Particle Physics Anomaly Dissolutions (PPD)

The Particle Physics Anomaly Dissolutions (PPD) extends FFC's empirical foundation by dissolving 15 anomalies in Standard Model (SM) parameters, such as CP violations in charmed baryons (>3σ LHCb Jul 2025) and lepton number violations in sterile DM models (arXiv Jul 2025), into intrinsic emergences from density-driven hierarchies and modulations. These >2-5σ deviations (e.g., 3σ matter-antimatter asymmetry in baryons, NYT Jul 2025; 4σ B meson anomalies, Belle II 2025 updates) are recast as natural outcomes of potential V interactions (Glossary Item 5), entropic cohesion (FD #12), and φ-scaled symmetries (Glossary Item 17), without new physics or sterile extensions. Leveraging prior pillars (e.g., FD #41 for SM parameters, NAR #18 for mass tensions), each dissolution derives the anomaly from core wave-field primacy, unifying CP asymmetries (e.g., in charmed mesons, LHCb 2025) with hierarchy issues (arXiv May 2025). The format maintains consistency: scope for dissolution; assumptions with links; 5-step symbolic emergence; validation against 2025 data (e.g., LHCb Mar-Jul 2025, arXiv May-Jul 2025); cross-links; and falsifiability for upcoming probes (e.g., HL-LHC 2027). This category reinforces FFC's non-patchwork approach, preempting macro anomalies by dissolving particle tensions as self-consistent continuum properties.