The second version of UFIT proposes wavelength-dependent scaling and clarifies Lorentz covariance in quantum dynamics, suggesting new testing methods.
This second iteration of the Unified Field Information Theory (UFIT) introduces a significant expansion of the framework: the energy-dependent scaling of the synchronization latency (τ). While the initial version postulated a fixed time scale, v2.0 derives a 1/E scaling law, leading to specific, wavelength-dependent predictions for entanglement buildup (e.g., approx. 57 fs for deep UV and 304 fs for infrared). In addition to the scaling laws, this version addresses initial considerations for Lorentz covariance within the Z-plane framework, clarifies the ontological status of the metric-free information plane, and resolves numerical inconsistencies from the first draft. These refinements provide a concrete roadmap for multi-wavelength attosecond spectroscopy to test the predicted "Latency Wall" of quantum correlations.
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Daniel Süß (2026) studied this question.
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