Unified Field Information Theory (UFIT): A Falsifiable Framework for Quantum Correlation Dynamics - Version 4

We present Version 4 of the Unified Field Information Theory (UFIT), a theoretical framework that proposes a finite timescale for quantum correlation buildup in entangled systems. This version significantly strengthens the theoretical foundation and experimental predictions. **Key Advances in Version 4:** 1. **Rigorous QFT Foundation:** Extended theoretical basis using Keldysh formalism for real-time dynamics, connecting UFIT to established non-equilibrium quantum field theory techniques (Appendix E). 2. **Experimental Feasibility Demonstrated:** Monte Carlo simulations with realistic noise sources show that the predicted wavelength ratio (τ₈₀₀/τ₄₀₀ = 2.00) can be measured with precision ±0.002 using current attosecond technology (Appendix F). 3. **Falsifiability Emphasized:** Clear statement that if the measured ratio deviates significantly from 2.00, the theory is falsified. This parameter-free prediction distinguishes UFIT from standard energy-transfer models (which predict ratio = 8.00). 4. **Corrected Predictions:** Fixed ratio comparison - energy transfer models predict 8.00 (not 0.125), making the distinction from UFIT (2.00) a factor of 4. **Core Hypothesis:**Quantum correlations require a finite buildup time τ = ℏ/(Eα), where E is photon energy and α is the fine-structure constant. For visible photons (E ≈ 2 eV), this predicts τ ≈ 50-100 femtoseconds. **Experimental Test:**Wavelength-dependent ratio measurements in Bell tests:- τ₈₀₀ₙₘ/τ₄₀₀ₙₘ = 2.00 ± 0.01 (UFIT prediction)- τ₈₀₀ₙₘ/τ₄₀₀ₙₘ = 8.00 (energy transfer prediction) This 4-fold difference provides clear experimental discrimination. **Theoretical Status:**UFIT is a phenomenological model that makes testable, falsifiable predictions. It does not claim to derive from first principles but offers a mathematically consistent framework grounded in quantum field theory and information causality. **No-Signaling:**Rigorously preserved throughout correlation buildup (proven analytically and numerically, deviation < 10⁻¹⁵). **Files Included:**1. Full Version (35 pages): Complete theory with all 6 appendices2. PRL Version (5 pages): Condensed format suitable for journal submission3. Supplemental Material (8 pages): Technical proofs and numerical details **Version History:**- V1 (Jan 2026): Initial proposal with τ ≈ 38 fs prediction- V2-V2.2 (Jan-Feb 2026): Refinements and additional analysis- V3 (Feb 2026): Framework based on vacuum fluctuations- V4 (Feb 2026): QFT foundation, Monte Carlo validation, falsifiability emphasis This work is openly shared for scientific scrutiny and experimental testing.