An Unintended Non-Equilibrium Formation Scenario for the Shroud Image

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Authors: AI Trinity Labo
Cited by: 0

Abstract

This paper proposes a non-equilibrium formation scenario for the image on the Shroud of Turin, interpreting it as an unintended residual trace of a short-lived physical process rather than a finished artifact. The model integrates known physical constraints of the image—its extreme superficiality, lack of pigments, distance-correlated intensity, and apparent incompleteness—with historically documented burial practices and temporal constraints. Rather than framing the shroud within a binary opposition of miracle versus forgery, this work introduces a third explanatory category: a transient, non-repeatable chemical environment whose probability was amplified by ritual actions but whose evolution was abruptly terminated. The analysis emphasizes early termination as the key factor preserving an information-rich yet incomplete imprint. This approach neither affirms nor denies theological interpretations, instead delineating the narrow physical pathway by which such a unique trace could plausibly arise. The shroud is thus reframed as a frozen remnant of a non-equilibrium process, offering a case study in how singular historical events may leave analyzable physical evidence without intentional design.

Fields of Study & Subjects

Cold Fusion and Nuclear Reactions Historical Religious and Philosophical Studies Paleopathology and ancient diseases

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
2 January 2026
Document type
Preprint