Actualization Theory: A Unified Model of Physical Emergence Across Scales

This work presents a groundbreaking unification of physics across all known scales, from quantum fluctuations to cosmic expansion, through the Actualization Function (AF) framework. Departing from traditional spacetime curvature models, the AF framework proposes a fundamentally emergent universe where space is stable, time arises through stabilization events, and gravitational effects emerge from cosmic suppression fields rather than geometric distortion. By resolving key anomalies — including quantum asymmetries, smooth high-redshift galaxy formation, cosmic expansion without dark energy, and mesoscopic drift phenomena — this theory offers a complete, falsifiable alternative to existing models. Rooted in rigorous mathematics, experimental predictions, and philosophical coherence, Actualization Theory restores causality, emergence, and the rhythmic nature of reality to the heart of science. This publication represents the first complete articulation of the Actualization Function framework and lays the foundation for future experimental tests, technological applications, and philosophical expansion.