What does this research mean for the field?

The LESE framework, based on an entropic flow equation, enables structural coherence analysis across highly diverse domains—including plasma physics, nuclear safety, and linguistics—without requiring domain-specific recalibration. Novelty: ClaimNovelty.METHODOLOGICAL. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The study evaluates the applicability of the LESE framework across various domains and explores its linguistic application to the Voynich manuscript.

May 1, 2026Open Access

LESE Framework: Multi-Domain Structural Coherence Analysis — From Nuclear Safety to the Voynich Manuscript

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Key Points

The study evaluates the applicability of the LESE framework across various domains and explores its linguistic application to the Voynich manuscript.
Applied LESE framework to nine domains including nuclear QA and cosmology without recalibration.
Validated the framework with plasma physics data from MIT C-Mod and critical infrastructure assessments.
Used clustering analysis on the Voynich manuscript to assess structural consistency and phonological mapping.
LESE framework shows consistent structural coherence across validated domains with no need for recalibration.
The Voynich manuscript sections scored above W*, indicating structural distinctiveness and 15-33% text damage estimate.
The phonological mapping yielded a 67.9% match rate to Medieval Valencian after correction.

Abstract

The LESE framework applies Wₘin = minWᵢj — derived from W = e⁻¹ = 0. 36788 of the entropic flow equation dW/dτ = κ (1 + log W) — across nine domains without recalibration. Validated domains: plasma physics (MIT C-Mod, TPR=100%), nuclear QA (three independent US PWR plants, N=4 RED events), European critical infrastructure, and cosmology (w₀ = −0. 980). As a demonstration of framework generality, LESE-Linguistic was applied to the Voynich manuscript. All 7 sections score above W*. Clustering reveals two structurally distinct source document groups. Damage model estimates 15–33% interpolated text. After correction, 5/7 sections are consistent with Medieval Valencian. EVA-to-Valencian phonological mapping produces 67. 9% match rate. Exploratory — not a decipherment claim.

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Galliano Brigo

Accenture (Italy)

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LESE Framework: Multi-Domain Structural Coherence Analysis — From Nuclear Safety to the Voynich Manuscript

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