The Actualization Threshold Model: A Unified Framework Resolving Quantum Anomalies, Galactic Rotation, and Cosmic Expansion Without Dark Matter or Dark Energy

This unified theoretical paper introduces the Actualization Threshold Model (AF), a deterministic framework for the emergence of particles, fields, and spacetime from Planck-scale energy fluctuations. AF integrates relativistic energy, quantum uncertainty, directional suppression by the cosmic gravitational wave background (CGWB), and local curvature to define when quantum fluctuations become real. The model is validated against twelve known anomalies, including meson decays, neutrino emissions, muon drift, Josephson junctions, planetary drift, smooth galaxy formation, CMB interference patterns, and cosmic expansion. AF replaces the need for both dark matter and dark energy by providing a single, testable function rooted in physical thresholds. All predictions are compared against peer-reviewed data. No tuning or exotic matter is used. The model's predictive power spans subatomic to cosmological scales and introduces a physically motivated explanation for the structure and behavior of the universe.