Planck-Scale Actualization Framework: A Unified Causal Model Across Physical Scales

This thesis introduces the Actualization Function (AF), a novel theoretical framework describing physical emergence across all scales, grounded in Planck-scale causal constraints. The work integrates quantum field behaviors, cosmological redshift anomalies, and subatomic drift effects into a single bounded energy function. By modeling actualization thresholds and information leakage (e.g., via neutrinos), the AF explains structural formation from the pre-baryonic era to galaxy clustering, without requiring new forces or particles. Includes mathematical derivation, observational comparisons (e.g., Crab Nebula, high-z quasars), and predictive graphs aligned with current data. This foundational release invites peer review and collaboration toward a fully causal physics paradigm.