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To investigate a new mechanism for the image formation on the Shroud of Turin by considering the impact of burial spices.

January 23, 2026Open Access

The Shroud of Turin: History's First Photograph? A Testable Photochemical Mechanism for Image Formation

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To investigate a new mechanism for the image formation on the Shroud of Turin by considering the impact of burial spices.
Reviewed previous research on vacuum-ultraviolet radiation and its power requirements.
Analyzed the role of myrrh and aloes as UV photosensitizers in image formation.
Proposed new calculations incorporating burial spices to reassess power thresholds needed for image reproduction.
Required peak power for image reproduction drops to approximately 10^9–10^10 watts.
Demonstrated that burial spices significantly influence the Shroud's image characteristics.
Identified predictions for future spectroscopic analysis and reproduction experiments.

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Research explores how burial spices affect image formation on the Shroud of Turin, suggesting significant implications for historical analysis.

Brian Naughton (2026) studied this question.

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Research explores how burial spices affect image formation on the Shroud of Turin, suggesting significant implications for historical analysis.