TSoT: Bibliography "A"

Here is the Bibliography "A" page for authors' surnames beginning with "A" of books

[Left: Mark Antonacci's, "The Resurrection of the Shroud" (2000), Amazon.com. See `tagline' quotes below (bold emphases mine) from this excellent book.]

that I will probably refer to in my book outline, "The Shroud of Turin: Burial Sheet of Jesus?"

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THE SHROUD OF TURIN: BURIAL SHEET OF JESUS?
© Stephen E. Jones

CONTENTS

BIBLIOGRAPHY "A"

Adams, F.O., 1982, "Sindon: A Layman's Guide to the Shroud of Turin," Patrick Walsh Press: Tempe AZ.
Antonacci, M., 2000, "The Resurrection of the Shroud: New Scientific, Medical, and Archeological Evidence," M. Evans & Co: New York NY.

Stephen E. Jones, BSc. (Biology).
My other blog: CreationEvolutionDesign

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"The Shroud of Turin, a large linen cloth 14 feet 3 inches long and 3 feet 7 inches wide (4.34 m x 1.10 m), takes its present name from the city where it has been kept for the last 422 years-Turin, Italy. In ancient times, burial shrouds were wrapped lengthwise around a body as shown below. Jesus would have been wrapped and buried in such a linen shroud. The Shroud of Turin purports to contain evidence of some of the most startling events in all of history: that a man who was beaten and scourged, his head pierced repeatedly about the crown; a man who was crucified, pierced in the side, a man who was dead and buried-that this man was resurrected; and, further, that he was Jesus Christ. Unlike any other burial garment, this cloth contains the front and back images of the body of a man ... Of course, we might be tempted to dismiss such claims as colorful legends from the far reaches of the past, assumptions carried forth by our own philosophical desires. But the passage of time and the expansion of our knowledge about the world around us have, surprisingly, borne out these claims to greater and greater degrees. As the greatest advances in our knowledge have come about with increasing intensity during the twentieth century, so, too, has our knowledge about the enigmatic Shroud of Turin." (Antonacci, M., 2000, "The Resurrection of the Shroud: New Scientific, Medical, and Archeological Evidence," M. Evans & Co: New York NY, pp.1,4).

"Not only are all the above tests consistent with the presence of blood, but venous blood flows can even be distinguished from arterial blood flows in some of the bloodstains on the man's forehead. In general, venous blood appears denser and darker red, and it flows more slowly than arterial blood. In large wounds or wounds that puncture a vessel and produce a large blood flow, venous blood slowly thickens as it descends because it takes a few minutes for the coagulation process to begin and a clot to form. The large epsilon-shaped clot in the middle of the man's forehead is a good example of a large venous blood flow. .... In contrast to blood from a vein, arterial blood spurts from a wound, driven by the pumping action of the heart. ... Dr. Rodante, who has made one of the most extensive studies of the forehead wounds to date, has identified the origins of many of the head wounds based on the size or coagulation pattern of blood flows on the skin. ... As examples, the epsilon-shaped forehead clot lies exactly over the frontal vein, while the arterial wound numbered AI in figure 21 precisely corresponds with the frontal branch of the superficial temple artery. According to Rodante, `The perfect correspondency of the forehead dots imprinted on the [Shroud], overlaying as they do the vein and the artery in mirror image, gives us the certainty that the linen covered the corpse of a man, who, while living, suffered the lesion of these blood vessels:' ... These examples of distinctly venous and arterial wounds indicate that the injuries evident on the man's image could have occurred only on an actual human body. Regardless of technique, no artist, especially one working in the Middle Ages, has ever represented the distinction between venous and arterial blood so accurately. .... In fact, the difference between arterial and venous blood was not even discovered until 1593 [actually 1628 - SEJ], more than 230 [265 - SEJ] years after some allege that the Shroud image was painted. The epsilon-shaped clot on the man's forehead contains another realistic detail. As the blood flow descended, it broadened and changed course twice. Physicians believe this was because forehead muscles spontaneously contract when they are injured. The forehead, temple, and scalp contain a web of nerves that is highly sensitive to pain. Thus, contracting forehead muscles would be a natural reaction to the intense pain caused by having more than thirty head wounds." (Antonacci, 2000, pp.25-26).

"Nickell Powder-Rubbing Method Joe Nickell, a former stage magician and amateur detective, has experimented with a proposed technique of image encoding. Nickell's technique involved conforming wet linen to a bas-relief while impressing all the relief's features onto the cloth. After the cloth dried, he used a cotton dauber covered with cloth to rub powdered pigment onto the impressions left on the linen. [Nickell, J., "Inquest on the Shroud of Turin," Prometheus Books, 1987] The results obtained by such a technique ... show what happened when STURP members tested Nickell's theory. As is evident in the VP-8 photograph, Nickell's powder-rubbing method does not produce a true three-dimensional image. A powdered bas-relief technique would involve the application of a substance to the Shroud. As discussed earlier, all the extensive scientific examinations of the cloth indicate that no powdered particles or foreign materials of any kind have been added to the body-image fibrils that could account for the coloring-and therefore visibility-of the image. Specifically, magnified photographs of the body image threads do not reveal any sort of applied particles or staining substance. The `natural experiment,' arising from the fire of 1532, also disproves Nickell's theory, as it did the painting theory. Nickell promulgates that the powdered pigments used were iron oxide, myrrh, or aloes. Yet if organic substances such as these had been used to encode the Shroud image, they would have been altered or decomposed during the fire, depending on their distance from the hottest areas of the cloth. However, no such alteration in the body image can be found on the Shroud when those image areas nearer the burn marks are compared to those areas farther away." (Antonacci, 2000, pp.73-74. Emphasis original).

"Nickell contends that his powder-rubbing method produces a superficial image. However, when STURP scientists reproduced his experiment using linen with a herringbone weave that simulates the Shroud's weave, large quantities of powder fell through the weave of the cloth and accumulated on the reverse side. Shroud researcher and archaeologist Paul Maloney even tried using a piece of linen with a box weave, which is the tightest linen weave known. Maloney found that powdered particles still penetrated through to the back of the cloth. Obviously, Nickell's technique fails to meet the requirement of image superficiality. Nickell's theory seems far-fetched for other reasons. The Shroud contains, conservatively, thousands of individual body-image fibrils, but each fibril is encoded with a uniform intensity of color. Someone applying powdered pigment onto a cloth with a hand-held dauber and/or rubbing powder on woven linen could never achieve this uniform intensity on all image fibrils. In fact, experiments involving powder rubbing have shown that a uniform application of powder cannot be obtained on even one fibril." (Antonacci, 2000, p.74).

"Photographic examinations of the Shroud done with X ray, reflectance, and raking light (light directed at the cloth at a grazing angle) revealed various horizontal fold marks. (Due to the angle of illumination used in the raking-light study, vertical fold marks would not be visible.) The locations of these horizontal fold marks are consistent with the fold configuration in which the Shroud is believed to have been stored more than a thousand years ago ... If Nickell's powder-rubbing method were responsible for the image on the Shroud, evidence of fold marks should also be evident at such places as the top of the head, eyebrow area, nose, lips, chin, hands, feet, et cetera-everywhere the linen would have been molded to an underlying bas-relief. However, no fold marks in these areas can be found on the Turin Shroud." (Antonacci, 2000, p.75).

"Nickell's attempts to reproduce blood images were as unsuccessful as his body image efforts. He asserts that the blood marks were made by tempera paint, but this assertion conflicts with the evidence showing that the blood marks were made by actual whole blood. Tempera paint cannot chemically pass for primate or human blood. In addition, the application of tempera paint could not begin to account for the serum halos surrounding the edges of the wounds covering the man in the Shroud." (Antonacci, 2000, p.76).

"Nickell has never submitted his experimental cloth to scientists for verification, but he has presented photographs showing the results of his powder-rubbing technique. On these photos his painted `blood' does not begin to approach the realism of the wounds found on the Shroud. They also do not have the shape or appearance of actual wounds that have formed and bled on human skin. The actual blood marks evident on the Shroud are mirror images on cloth of how actual wounds appear on skin. The deficiencies of Nickell's method become even more apparent when one considers the smaller wounds on the Shroud, such as the scourge marks. The slightly depressed centers and raised edges of these scourge marks have been encoded on the cloth in such a way that their characteristics are not even visible unless one examines photographs that have been enlarged and then magnified under a microscope. The fluorescing borders, composed of actual serum, around the scourge marks are also invisible until observed under ultraviolet light, as are the scourged areas that consist of only scratches or lines. None of these characteristics of the blood, serum, or scourge marks can be encoded, or duplicated, by Nickell's proposed application of tempera paint." (Antonacci, 2000, p.76).

"Microscopic and ultraviolet examinations of the Shroud indicate that the blood images were transferred to the cloth before the body image. If the body image were encoded through contact with a hot surface, thermal discoloration or degradation of bloodied fibrils would be evident because the blood images would have been in direct contact with the bas-relief heated to temperatures high enough to scorch linen. Indeed, this effect appeared in the experimental testing of this technique. Microscopic study of the bloodstains on the Shroud, however, reveals no thermal discoloration or fusing (except in areas where the fire marks of 1532 intersected bloodstains). Furthermore, a heated bas-relief could not produce the many other aforementioned unique features of the blood on the Shroud." (Antonacci, 2000, p.79).

"Available scientific evidence strongly supports the contention that the Shroud of Turin was in Palestine and in Turkey sometime before the 1350s when its presence in Europe was first documented. Of the fifty-eight [57 - SEJ] pollen grains from plant species that were found on the Shroud by Dr. Frei (discussed earlier), only seventeen of these-less than one third, can be found in France or Italy. That seventeen of these pollen grains are grown in France or Italy should come as no surprise, since the Shroud has spent its last 645 years in these countries. What is surprising is that only a minority of pollens are native to Western Europe; the majority are native to the Middle East, including Turkey and Israel. It is interesting that the proportion of pollen grains from plants in Edessa (eighteen) and Constantinople (thirteen) is very similar to that of western European plants (seventeen). One would expect such a proportional distribution if the Shroud had a strong history associated with the Mandylion and the Image of Edessa, as postulated by Wilson and others." (Antonacci, 2000, p.153).

"As you can see, a historically documented, plausible provenance of the Shroud of Turin from first-century Jerusalem to present-day Turin is not hard to put together. Critics who denounce the Shroud as a fraud have not only been unable to agree on a method of forgery-they have also never agreed on a plausible, documentable place or `artist' of a forged Shroud. We have already seen that it would be impossible to forge the Shroud naturally or artistically, even with today's technology-much less during medieval times." (Antonacci, 2000, p.154).

"Before we review the radiocarbon dating controversy in connection with the Shroud, you should understand the fundamental principals of radiocarbon dating. Three isotopes of carbon are normally found in carbon-containing materials: carbon-12 (C-12), carbon-13 (C-13), and carbon-14 (C-14). C-12 accounts for 98.9 percent of naturally occurring carbon. C-13 accounts for the other 1.1 percent. C-14 is present only in trace amounts. C-13 and C-12 are stable isotopes that were formed when the planet's other atoms were formed. Practically all of the earth's carbon in organic and inorganic materials consists of these two isotopes. Any C-14, or radiocarbon, that was formed along with the planet disappeared long ago because this isotope is radioactively unstable and decays. However, new, minute amounts of C-14 are continuously formed during collisions of cosmic rays with nitrogen-14 (N-14) atoms in the atmosphere. N-14 is not unusual: Air is about 78 percent nitrogen and 99.63 percent of all the nitrogen on earth is N-14. This newly formed C-14 is also unstable and disappears naturally. The amount of C-14 on earth remains nearly the same because new C-14 is created in the atmosphere at almost the same rate that older C-14 is decaying on the earth's surface. Thus, carbon-14 is said to be in balance. However, this balance is infinitesimal with C-14 being approximately one part in a trillion of the overall carbon content (1/1,000,000,000,000). This very tiny amount of C-14 formed in the atmosphere, along with the much larger amounts of C-13 and C-12, is taken up in atmospheric carbon dioxide by photosynthesizing plants and is, thereby, spread throughout the biosphere, thus allowing all living things to have a similar ratio of C-14 to C-12. Since these carbon isotopes have the same chemical behavior, this ratio is maintained while the organism lives. However, upon its death, the C-14 disappears according to its radioactive half-life, which is approximately 5,730 years. By measuring the C-14 to C-12 ratio, scientists can calculate the date of the organism's death. ... Since the fraction of C-14 to C-12 is so infinitesimal, and since this measured ratio is the basis for calculating the organism's age, any error in measuring or counting the C-14 isotope could alter the date, perhaps significantly. A correct date can be calculated if and only if the very tiny trace amount of measured C-14 from the object accumulated there by the above natural process. If the measured C-14 got on the object any other way, the interpretation of the date will be incorrect." (Antonacci, 2000, pp.156-157. Emphasis original).

"Errors in radiocarbon dating have been quite numerous. .... This dating measures the ratio of C-14 to C-12, so if there are any errors in measuring the small amount of C-14 or in measuring the C-12, the date will be incorrect. Even if the two isotopes are correctly measured, the isotopes that were measured must be original, and must belong only to the object from which they were taken. This dating process is not absolute and is subject to enormous error. ... Quotes from the most elementary textbooks show that contamination can cause errors in dating. `Carbon from other sources may easily be trapped in porous materials ... The archaeologist is the only person who is in a position to know of these contaminating potentials' [Stuckenrath, R., Jr., "On the Care and Feeding of Radiocarbon Dates," Archaeology, Vol. 18, 1965, pp.277-281]. `[C]ontamination of the sample may take place ... and removal of the contaminant from the pore spaces and fissures is almost impossible.' [Goudie, A., "Environmental Change," Clarendon: Oxford, 1977, p.10]. Excavated samples are `liable to absorb humic matter from the solutions, that pass through them (resulting in) contamination by carbon compounds of an age younger than its own ... there is also the possibly of exchange of carbon isotopes under such conditions ... That there are other risks of contamination and other pitfalls involved in this method is obvious enough.' [Zeuner, F.E., "Dating the Past," Hafner: Darien CT, 1970, pp. 341-346] The possibility of contamination should be exhaustively investigated and pretreatment measures should be designed accordingly whenever any critical radiocarbon dating is being attempted. Unfortunately, even with specialized pretreatment, contamination cannot always be detected and, if detected or identified, cannot always be eliminated." (Antonacci, 2000, pp.157-158).

"The first area of scientific research that we shall examine may constitute the most important challenge to and refutation of the carbon dating of the Shroud. These scientific findings also indicate the key areas of future testing that must be performed on the Shroud to confirm whether it was irradiated with a particular form of radiation, whether new C-14 was created within it, to distinguish the original C-14 from the additional C-14, and to calculate the cloth's true age. In the same issue of Nature in which the carbon dating report of the Shroud appeared, this scientific journal also published a letter by Thomas Phillips of the High Energy Physics Laboratory at Harvard University [Phillips, T., "Shroud Irradiated with Neutrons?," Nature, Vol. 337, 1989, p.594]. Phillips, also an IBM scholar, stated that if the body of the man in the Shroud gave off radiation during the image-encoding process it could have radiated neutrons, `which would have irradiated the Shroud and changed some of the nuclei to different isotopes by neutron capture. In particular, some C-14 could have been generated from C13.' [ibid] This same process could also form newly created C- 14 from nitrogen. This newly created C-14 would make the Shroud appear much younger that it actually is. When asked by a journalist if such a process could have caused an incorrect dating of the Shroud in 1988. Michael Tite, who coordinated the carbon dating of the Shroud for the British - Museum, commented: `It is certainly possible if one gave the Shroud a large dose of neutrons to produce C-14 from the nitrogen in the linen cloth.' [Jennings, P, `Still Shrouded in Mystery;' 30 Days in the Church and in the World, 1.7, 1988, pp.70-71, p.71]. Robert Hedges, one of the scientists who participated in the carbon dating of the Shroud at the Oxford laboratory, also acknowledged to the journalist that a `sufficient level of neutrons from radiation on the Shroud would invalidate the radiocarbon date which we obtained.' [ibid]. In fact it was Dr. Hedges who pointed out that the amount of neutron flux required to cause a 1,300-year difference in age was not nearly as much as first suggested by Phillips. [Hedges, R., `Hedges Replies,' Nature, Vol. 337, 1989, p.594] Because the amount of C-14 in the C-14 to C-12 ratio is so minuscule (one part in a trillion), if a neutron flux activated only an extra 18 percent of C-14 compared to that present naturally in the linen, it would cause a cloth from the first century to appear to be only 650 years old [Kelly, B., `Turin Shroud,' New Scientist, Vol. 119, September 1988; Statement confirmed by Dr. Robert Otlet of the Harwell Laboratory and by Prof. Edward Hall of the Oxford Laboratory according to Wilson in the British Society for the Turin Shroud Newsletter, 20, October 1988, p.14]." (Antonacci, 2000, pp.159-160).

"Gove's book makes it absolutely dear that he assumed leadership on every possible issue that he could, and that he was a major influence not just on the laboratories but also on the final decisions that led to such controversial results. Moreover, his book revealed ... his deep-seated animosity toward STURP, the full extent of which would be revealed only by his publication seventeen years after joining STURP's effort, and eight years after the radiocarbon dating of the Shroud had taken place. Gove's true feelings and motives toward STURP and its involvement in the scientific testing of the Shroud are clearly revealed on the first page, on which he mentions them, in the very first chapter of his book. `I was determined to prevent their involvement in its [the Shroud's] carbon dating, if that were ever to come about.... Fortunately in this I was successful.' [Gove, H.E., "Relic, Icon or Hoax?: Carbon Dating the Turin Shroud," Institute of Physics Publishing: Bristol UK, 1996, pp.6-7] On the next page, he states, `I am happy to say that, in the end, they [STURP] played no role in its carbon dating.' [ibid., p.8] One of the sad ironies is that STURP's participation could have prevented many amateurish aspects of the procedure and precluded the questionable sampling. While discussing the early period of 1978 to 1979, Gove further informs us of his actual `disdain for those [STURP] scientists.' [ibid., p.48] In his 1996 book, he shows that his hypocritical and concealed attitude existed before he even made any pledges to or agreements with STURP. Immediately before he called STURP in 1979, accepting that its C-14 committee members could be present during the removal of the sample from the Shroud and during the sample's preparation and measurement, he blatantly reveals his duplicity: ` ... they [STURP] had good connections in Turin, and could be useful in obtaining a shroud sample for dating-if only they could be prevented from playing any other role.' [ibid., p.57]" (Antonacci, 2000, p.193).

"In light of the Shroud's known and unknown contaminants and history, Meacham warned the lab directors at the Turin workshop, and in an article published the same year, `[t]o measure Shroud samples, one must consider every possible type of contamination and attempt to identify and counter them all, before the measurement is made and a 'radiocarbon age' assigned.' [Meacham, W., "Radiocarbon Measurement and the Age of the Turin Shroud: Possibilities and Uncertainties," in "Turin Shroud: Image of Christ," Cosmos: Hong Kong., 1987, pp.41-56] Meacham further warned that `an elaborate pretreatment and screening program should be conducted before the samples are measured.' [ibid., p.48]. If the laboratories had followed this advice, perhaps they could have determined whether wax or starch had chemically bound to the cellulose in the sample taken from the Shroud for dating. Chemical analysis by combustion of the linen before and after the cleaning treatment could have revealed if any wax had become chemically bound to their samples. Enzymes could have detected the presence of starch. Meacham's article, as well as previous articles, had even listed wax and starch among the known contaminants discovered on the Shroud. Meacham further warned in the same article that, `unless there are specific conditions which warrant specialized pretreatment, most laboratories process samples with acid and alkali washes. While this standard pretreatment is usually effective in removing modern contaminants, it may not do so for intrusive materials deposited much earlier.' [ibid., p.47]" (Antonacci, 2000, pp.197-198).

"The scientific evidence found on the cloth itself gives a good deal of information about its images, in particular that they appear to have resulted from some type of radiation. ... Neither the scorch marks nor the body images have faded with time, and neither were caused by foreign materials or particulates. ... For these and many other reasons, most scientists, as well as other Shroud experts, have concluded that some form of light or heat (or radiation) caused the images on the Shroud. However, the absence of pyrolitic compounds or products expected from high-temperature cellulose degradation indicates that the image-forming process took place at a fairly low temperature. This type of low-temperature radiation would not leave any residue on the cloth, as is the case with the Shroud's body images. Neither would it leave any directionality across the width or length of the image. In addition, radiation is an agent that can operate on skin, hair, coins, or flowers, and can uniformly encode the fibers on a cloth. It is extremely difficult to imagine how the subtle shades of light and dark on the Shroud's body images could possibly have been obtained without using light or radiation. These body images are not saturated or diffused. The edges of the man's body at the sides, top, and bottom break off sharply. Furthermore, the agent, acting at a distance, barely penetrated the cloth. As one noted scientist who has studied the Shroud for more than two decades observed, `An agent acting at a distance with decreasing intensity is, almost by definition, radiation. The limitation of the cloth darkening to the outermost surface pointed to a non-penetrating, non-diffusing agent, like radiant energy' ..... [Gonella, L., "Scientific Investigation of the Shroud of Turin: Problems, Results and Methodological Lessons," in "Turin Shroud-Image of Christ?," Cosmos: Hong Kong, 1987, pp.29-40, p.31]" (Antonacci, 2000, p.212).

"A vertical beam or beams of light or radiation also best explains how the Shroud's body image was encoded through space in a straight line from the body to the cloth. STURP scientist John Heller stated, "It is as if every pore and every hair of the body contained a microminiature laser." [Heller, J., in McDonald, W. "Science and the Shroud," The World and I, October 1986, pp.420-428, p.426] This vertical directionality of the Shroud body image has only been accounted for by methods involving radiation. As scientist Luigi Gonella explained, "Whatever the mechanism might be, it must be such to yield effects as if it were a burst of collimated radiant energy." [Gonella, L., "Scientific Investigation of the Shroud of Turin: Problems, Results and Methodological Lessons," in "Turin Shroud-Image of Christ?," Cosmos: Hong Kong, 1987, pp.29-40, p.31]" (Antonacci, 2000, p.213).

"We also saw earlier how the various shades of light and dark on the cloth's frontal image directly correlate to the various distances that they were from the underlying body. This ratio exists throughout the length of the body image, even in places where the cloth could not have been touching the body, resulting in an image that contains precisely encoded, three-dimensional information. Such a precisely encoded correlation over such a distance could seemingly only be achieved by radiation. The Shroud's highly resolved image is also difficult to imagine unless light or radiation coming from the body is somehow directed onto the cloth." (Antonacci, 2000, p.213).

"All of the evidence points to a very unique occurrence that caused the images on the Shroud, something that could never have been created by the technology of the medieval ages (or even by the technology of today). Only through simulation have today's scientists been able to come close to the Shroud's three-dimensionality, vertical directionality, and finely resolved and highly focused image; their simulation achieved by a mechanism in which light was attenuated in a liquid, then traveled in a vertical, straight-line direction from the plaster reference face while it was being focused in a camera. [Jackson, J.P. & Jumper, E.J. & Ercoline, W R., "Correlation of Image Intensity on the Turin Shroud with the 3-D Structure of a Human Body Shape," Applied Optics, Vol. 23, No. 14, July 1984, pp.2244-2270]." (Antonacci, 2000, p.213).

"Dr. Giles Carter, Professor Emeritus, Eastern Michigan University, has conducted years of experiments with X rays. He has noted that cloth samples placed in an X ray beam and exposed to low-energy, long-wave X rays for different periods of time will produce superficial, straw-yellow discoloration like that found on the Shroud body images. [Carter, G.E., "Formation of the Image on the Shroud of Turin by X Rays: A New Hypothesis," in Lambert, J.B., ed., "Archaeological Chemistry, III," American Chemical Society: Washington DC, 1984, pp.425-446] He also noted that these same types of X rays are easily absorbed in air. Because of this absorption or attenuating quality Carter stated that X rays given off by the body would also convey three-dimensional information onto the cloth. [Carter, ibid. p.435]. Dr. Carter first suggested in 1984 that the finger bones are visible on the photographic negative images of the man in the Shroud. In addition, he noted that the bones extending into the hand, over the wrist, could also be visible, helping to explain why the man's fingers appeared so long. Since then, other scientists and physicians have confirmed the identification of these finger and hand bones. [Accetta, A.D., "Experiments with Radiation as an Image Formation Mechanism," Shroud of Turin International Research Conference, Richmond VA, June 18-20, 1999] Carter stated that these `images may be due at least in part to x-rays emanating from the bones in the body.' [Carter, ibid. p431] Scientists and physicians have identified other possible internal skeletal features on the man in the Shroud. Dr. Jackson has noted that part of the skull at the forehead may be visible on the man. Surgeon Alan Whanger, utilizing his modified Polarized Image Overlay Technique with the Shroud's negative and positive images, has also identified features from the skull, as have Dr. Carter and Dr. August Accetta. [Whanger, M. & A., "The Shroud of Turin," Providence House Publishers, Franklin TN, 1998, pp.116-117]" (Antonacci, 2000, p.213).

"Dr. Accetta, a physician, has also conducted experiments concerning radiation-imaging of skeletal and other bodily features. Dr. Jackson and Dr. Accetta have further identified faint images of the curved and inverted thumb under the man's left palm. [Accetta, ibid., 1999; Jackson, J.P., "An Unconventional Hypothesis to Explain All Image Characteristics Found on the Shroud Image," in Berard, A., ed., "History, Science, Theology and the Shroud," 1991, pp.333-335] Carter, Whanger, and Accetta have stated that images of the man's teeth could be partially visible, especially on the right side of the man's mouth. [Carter, 1984, pp.433-434; Whanger, 1998, pp.117-118]. Dr. Carter also first stated that, `Part of the backbone may be visible on the dorsal image ...' of the man in the Shroud. [Carter, ibid., p.433] This identification has also been confirmed by Dr. Whanger. [Whanger, ibid., p.118] Recently I enlisted the services of Dr. Joseph Gerard and Dr. Cheri Ellis, who, in their profession as chiropractic physicians, make and view more X-ray images of the spinal column than almost any other profession. After studying quality photographic negatives of the dorsal area, they were able to specifically identify numerous vertebrae in the neck and backbone (and even a few pedicles of the vertebrae with disc spaces prevalent). All these skeletal features lie near the surfaces of the frontal or dorsal sides of the man in the Shroud. All are encoded correctly, and none were visible for hundreds of years-until the development of modern technology. The existence of just some of these features shows not only that the radiation came from the body, but that it resembled or had qualities analogous to X rays." (Antonacci, 2000, pp.213-214).

"Since we know the Shroud contained a body, the fact that both the frontal and dorsal images are contained on the inside of it is an indication that the body wrapped within was the source of radiation. We also saw that the reason a truly proportional three-dimensional image resulted was because the lightness or darkness of the image on the cloth correlated to the distance that it was from the body. Since the various degrees of the body image's lightness are all contained on the Shroud's surface, and the cloth itself received this information indicating the corresponding distances between it and the body below, the light had to have come from the body. In fact, all the numerous body image features, that are encoded over the entire lengths and widths of both the frontal and dorsal body images, indicate that the radiation emanated throughout the length and width of the body. Having studied the various features of the Shroud body image that have been discovered since its first extensive scientific examination in 1978, physicist Kitty Little wrote: `It was already known that the image was inside the Shroud and not on the outside. With this further examination it became certain that the source of the illumination that had formed the image came from within-that is, from the body-and that whatever caused it had a range of about four centimetres ... [with] the "illumination" coming from the body as a whole.' [Little, K., "The Holy Shroud and the Miracle of the Resurrection," Christian Order, April 1994, pp.218-231]" (Antonacci, 2000, p.214).