Image formation mechanism on the Shroud of Turin: a solar reflex radiation model (the optical aspect).
@article{Mouraviev1997ImageFM,
title={Image formation mechanism on the Shroud of Turin: a solar reflex radiation model (the optical aspect).},
author={Serge N. Mouraviev},
journal={Applied optics},
year={1997},
volume={36 34},
pages={
8976-81
}
}Unprejudiced logical analysis of the main available data, in the first instance, those collected in 1978 by the American interdisciplinary team known as STURP, suggests that the image of the dead man on the Shroud of Turin resulted from (a) the reflection by the anointed body of transmitted solar rays and their projection onto the inner side of the cloth and (b) the chemical registration of this reflex image by the topmost fibers of the linen, probably with a water or oil solution of aloes and…
2 Citations
The Turin Shroud Was Not Flattened Before the Images Formed and no Major Image Distortions Necessarily Occur from a Real Body
- Environmental Science
We show that, when the images formed, the frontal part of the Shroud of Turin laid on a body in the same position as when the blood stains formed by contact. In other words, after the Shroud was laid…
The Shroud of Turin: A Historiographical Approach
- Philosophy
- 2013
Criteria of historical assessment are applied to the Turin Shroud to determine which hypothesis relating to the image formation process is the most likely. To implement this, a ‘Minimal Facts’…
References
SHOWING 1-10 OF 39 REFERENCES
Correlation of image intensity on the Turin Shroud with the 3-D structure of a human body shape.
- ArtApplied optics
- 1984
The frontal image on the Shroud of Turin is shown to be consistent with a body shape covered with a naturally draping cloth in the sense that image shading can be derived from a single global mapping…
Spectral properties of the Shroud of Turin.
- Environmental ScienceApplied optics
- 1980
Spectrophotometric results from the 1978 investigation of the Shroud of Turin are presented, finding that the body image in a region extending from the near UV to the near IR shows monotonically increasing (featureless) absorption with decreasing wavelength.
Physics and chemistry of the shroud of Turin: a summary of the 1978 investigation
- Environmental Science
- 1982
A comprehensive examination of the various stains and images on the Shroud of Turin
- Environmental Science
- 1984
The chemistry of the various stains and images on the Shroud of Turin is presented. The chemical conclusions were drawn from all the data and observations, both physical and chemical, collected by…
A Chemical Investigation of the Shroud of Turin
- Biology
- 1981
Michrochemical testing of materials recovered on “sticky” tape samples taken from the Shroud of Turin indicated that the image was produced by some dehydrative oxidative process of the cellulose structure of the linen to yield a conjugated carbonyl group as the chromophore.
Ultraviolet-visible reflectance and fluorescence spectra of the Shroud of Turin.
- Materials ScienceApplied optics
- 1980
A team of scientists performed nondestructive measurements on the Shroud with electromagnetic energy from x ray to the IR to develop data leading to the analysis of the substances making up the body image stains and bloodstains.
UPDATING RECENT STUDIES ON THE SHROUD OF TURIN
- Environmental Science
- 1996
The Shroud of Turin, a linen cloth alleged to be the burial shroud of Christ, has been precisely radiodated to the 14 th century. Nevertheless, its status remains controversial. Is the radiodate…
The Shroud of Turin through the microscope
- Physics
- 1981
In an attempt to determine authenticity, the world-famous Shroud of Turin has been subjected to intensive examination, including microchemical analysis, fluorescence, radiography, infrared…
Infrared reflectance spectroscopy and thermographic investigations of the Shroud of Turin.
- Environmental ScienceApplied optics
- 1980
It is shown that the results of the IR investigations of the controversial Turin Shroud are inconclusive, due to the spectral similarities of most features observed.
Effects of fires and biofractionation of carbon isotopes on results of radiocarbon dating of old textiles: the Shroud of Turin
- Environmental Science
- 1996
Abstract A laboratory model especially created to “reproduce”, i.e. to simulate the physical/chemical conditions of the 1532 Chambery fire was developed for the purpose of determining experimentally…