What question did this study set out to answer?

To propose a unified framework for the image formation process on the Shroud of Turin.

April 28, 2026Open Access

A Proposed Integrated Mechanism for 3D Topographical Encoding on the Shroud of Turin via Trauma-Induced Photosensitisation and Mitochondrial Superradiance

Key Points

To propose a unified framework for the image formation process on the Shroud of Turin.
Synthesized forensic hyperbilirubinemia and mitochondrial superradiance with moisture attenuation.
Utilized the Beer-Lambert Law to explain image formation.
Addressed the Energy Paradox by identifying Bilirubin as a Type II Photosensitiser.
Introduced an Integrated Mechanism for understanding 3D encoding on the Shroud.
Demonstrated the role of 193nm VUV light in image formation.
Provided insights into the correlation between bilirubin and photosensitisation.

Abstract

This paper presents an "Integrated Mechanism" of image formation on the Shroud of Turin, synthesizing forensic hyperbilirubinemia, mitochondrial superradiance, and Vacuum Ultraviolet (VUV) moisture attenuation into a unified framework. It addresses the "Energy Paradox" by identifying Bilirubin as a Type II Photosensitiser and utilizes the Beer-Lambert Law to explain the 3D topographical encoding through 193nm VUV light attenuation.

A Proposed Integrated Mechanism for 3D Topographical Encoding on the Shroud of Turin via Trauma-Induced Photosensitisation and Mitochondrial Superradiance

Key Points

Abstract

Cite This Study