What question did this study set out to answer?

The aim is to establish a concrete framework for understanding quantum correlation dynamics over finite timescales.

February 11, 2026Open Access

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

Puntos clave

The aim is to establish a concrete framework for understanding quantum correlation dynamics over finite timescales.
Developed theoretical foundation using Keldysh formalism and connected to quantum field theory techniques.
Conducted Monte Carlo simulations to predict measurable outcomes with attosecond technology.
Established falsifiability criteria, distinguishing UFIT predictions from traditional energy-transfer models.
Predicted wavelength ratio τ₈₀₀/τ₄₀₀ = 2.00 ± 0.01, demonstrating clear experimental viability.
Validated that energy transfer models predict a ratio of 8.00, resulting in a 4-fold difference from UFIT.
No-signaling condition maintained throughout the correlation buildup with deviation < 10⁻¹⁵.

Resumen

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.

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