Unified Field Information Theory v3.0: A Proposed Framework for Quantum Correlation Dynamics Based on Vacuum Fluctuations

Complete theoretical framework proposing timescale dynamics for quantum correlation buildup through Information Causality combined with QED vacuum fluctuations. Major updates in v3.0:- QED foundation for coupling function g(ω) ∝ √ω (not phenomenological)- Universal normalization factor 1.83 with energy-independent verification- Renormalization group approach for cutoff emergence- Rigorous no-signaling proof (analytical + numerical)- Staged experimental roadmap (N=3 → N=5) with decision points- Multi-particle scaling laws for different entanglement structures- Microscopic fidelity ceiling analysis (~95.3%)- Distinction from objective collapse models (CSL/GRW)- Gravitational consistency check (exact GR time dilation) Includes experimental proposals with realistic budgets ($3.5-6.2M over 4-7 years) and honest success probability assessments (40-70%). Core falsifiable prediction: wavelength ratio τ₈₀₀ₙₘ/τ₄₀₀ₙₘ = 2.00 ± 0.01