
Shroud of Turin didn't wrap Jesus' crucified body — it was just art, new research claims
Contrary to popular belief, the sacred Shroud of Turin was not used to cover Jesus' post-crucifixion and was actually a recreation created by artists, per a study published in the journal Archaeometry.
'The Shroud's image is more consistent with an artistic low-relief representation than with the direct imprint of a real human body,' Brazilian 3D digital designer Cicero Moraes, who used modeling software wrote in the paper, per the Daily Mail.
Advertisement
The legendary linen, which measures 14.5 feet by 3.7 feet, is one of the world's most iconic religious relics. The artifact is emblazoned with the visage of a crucified man, which penitents and religious scholars believe was formed when the shroud was used to wrap the Messiah's bloody body after he was taken off the cross 2,000 years ago.
4 Moraes various 3D simulation tools to digitally drape both bodies, before comparing the virtual fabric to photos of the Shroud snapped in 1931 — a forensic 'wrap' battle of sorts.
Cicero Moraes
However, skeptics have disputed the theory, citing a carbon dating analysis that placed the shroud's creation between 1260 to 1390 — a time when low-relief sculptures of religious figures were prevalent, especially on tombstones according to PBS.
Advertisement
But was the shroud Jesus' actual post-crucifixion cloth or a Medieval hoax?
Moraes has seemingly settled the longstanding debate after using the aforementioned tech to scientifically prove that the Shroud of Turin couldn't have been used to swaddle JC.
4 'The Shroud's image is more consistent with an artistic low-relief representation than with the direct imprint of a real human body,' said Moraes while discussing the Shroud Of Turin (pictured).
Getty Images
To determine whether the cloth skewed more form or religious function, the virtual wizard devised two digital models: a 3D human body and a low-relief representation of the human form, Livescience reported.
Advertisement
He then used various 3D simulation tools to digitally drape both bodies, before comparing the virtual fabric to photos of the Shroud snapped in 1931 — a forensic 'wrap' battle of sorts. The virtual forensicist was reportedly building on a previous experiment where he just virtually covered a 3D body double without the low relief version.
4 The archbishop of Turin Severino Poletto attends the Solemn Exposition Of The Holy Shroud on April 10, 2010 in Turin, Italy.
Getty Images
Through this digital game of dressup, Moraes discovered that the low-relief recreation was an exact match for the pictures, while the 3D iteration was far from form-fitting.
In the latter, the fabric deformed around the body in a phenomenon he analogized to the 'Agammemnon Mask Effect,' named after the preternaturally wide gold death face covering that was exhumed from a tomb in Greece.
Advertisement
4 An archive negative image of the Shroud of Turin (L) is shown next to one recreated by an Italian scientist and released in Pavia October 5, 2009.
REUTERS
One can think of the phenomenon like painting one's face and pressing it into a piece of cloth. The resultant imprint is distorted and warped and looks almost nothing like a person's real countenance, making it unlikely that the immaculate Jesus image on the Shroud was his actual face print.
Therefore, Moraes theorized that the shroud was not the genuine artifact used to clothe Jesus but was rather approximated via a shallow carving.
'The image on the Shroud of Turin is more consistent with a low-relief matrix,' he told Livescience. 'Such a matrix could have been made of wood, stone or metal and pigmented — or even heated — only in the areas of contact, producing the observed pattern.'
Although he hinted at the remote possibility that the work was an 'imprint of a three-dimensional human body.'
Much like the Jesus gravestone reliefs popular in the Middle Ages, Moraes believed that the Shroud was a funerary work, making it 'a masterpiece of Christian art.'
Nonetheless, plenty of researchers maintain that the Shroud's image was formed by the actual body, er, face of Christ.
Advertisement
University of Padua professor Giulio Fanti asserted in a study that the Shroud of Turin offered legitimate proof of Jesus Christ's crucifixion wounds due to the blood stain patterns.
Fanti posited that 'the different directions of blood flow from the side wound are discussed, the probable presence of pulmonary fluid,' and 'some bloodstains' point to trauma suffered by the Savior.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
11 hours ago
- Yahoo
New Paper Finds Something Very Weird About the Shroud of Turin
The mysterious Shroud of Turin, which is believed by many Christians to have laid atop Jesus Christ's body after his crucifixion, may be even stranger than we previously thought. In a new study published in the journal Archaeometry, Brazilian 3D designer Cicero Moraes lends credence to the theory that the shroud was a work of art rather than a genuine death shroud — and per the new paper, it may not have laid atop a human at all. Using three types of 3D modeling tools — MakeHuman, Blender, and CloudCompare — Moraes found that the contours of any "body" that would have imprinted upon the shroud is very unlikely to have been human. Instead, he believes, more likely it would have belonged to a statue. Comparing models of a "low-relief" statue versus an actual human body in those programs, the 3D designer found that his modeling of the statue with a cloth laid over it produced an outline that appeared much more like the shroud we know today, a statement about the new research explains. The modeling from a "3D body," as Moraes calls it, resulted in a "significantly distorted image." If Moraes' findings hold up, they'll add to a lengthy recent canon of academic in-fighting about the origins of the shroud, which is still considered by some Catholics and researchers to be authentic — which is to say, they believe it was the death shroud of Christ himself. Over the past 35 years, researchers have clashed over the age of the Shroud of Turin after a 1989 radiocarbon dating test found that small pieces from the ancient cloth appear to be from the 14th century CE, long after Jesus died. After American chemist Raymond Rogers suggested in 2005 that the piece of the shroud taken for the 1989 tests may have been patched on centuries after its initial creation, scientists finally put that theory to the test in 2022. That year, Italian researchers found, using an X-ray dating method, that a single strand from the shroud was actually from the first century CE — much closer to Christ's era than the 14th. With no real way to definitively disprove that the shroud covered Christ, other scientists, including Moraes, have suggested that it may have been created as a piece of art meant to represent Jesus. In 2018, for example, researchers from Italy and the United Kingdom posited that the "blood" patterns on the face of the shroud appeared to be "totally unrealistic" for a man lying flat on his back, suggesting they were added after the cloth was created for artistic effect. Unlike some of his peers, Moraes is offering no theories about the date of the shroud. Instead, he approaches the mysteries it presents with academic reverence and excitement. "This work not only offers another perspective on the origin of the Shroud of Turin's image," the 3D modeler said in his statement, "but also highlights the potential of digital technologies to address or unravel historical mysteries, intertwining science, art, and technology in a collaborative and reflective search for answers." More on religious mysteries: The Catholic Church Reportedly Called in an Exorcist to Deal With "Yeti Cult" Running Bizarre Blood Rituals at Archdiocese of Denver
Yahoo
13 hours ago
- Yahoo
Image on The Shroud of Turin May Not Belong to a Real Human
The Shroud of Turin is shrouded in mystery. Viewed as a holy relic for centuries, this artifact is not what it looks like, according to yet another study. The old linen cloth and its faint spectral image of a man, which resembles traditional depictions of Jesus, were first documented in France in 1354, and yet to this day, no one knows who the imprint depicts, or how it was made. Some Christians believe this is the very sheet that wrapped around the body of Jesus Christ after he died (although the Catholic Church neither endorses nor rejects the idea). Skeptics believe it is either a work of art or a forgery. Though the controversial relic bears the faint impression of a naked adult male with long hair and a beard, Brazilian 3D designer and researcher Cícero Moraes argues the image is not the likeness of a real human. Related: Moraes' work supports a hypothesis, first put forward in 1978, which argues that the Shroud's image is art. Under this hypothesis, the image was probably made by placing a sheet on top of a low-relief sculpture, slightly raised from the background. Then, the linen was rubbed with pigment or browned somehow. Moraes is a self-taught specialist in historical facial reconstruction, which means he's adept at comparing 2D and 3D imagery. When he first took a look at the rigid and straight shapes of the Shroud's body, he found it somewhat incompatible with real anatomy. The deformation of the cloth didn't look as though it had been wrapped around an actual human body. Instead, Moraes thought it might be a painting on the fabric, or a low-relief print. To test that idea, he recreated both options. Using open-source, free software, Moraes compared how a sheet that was wrapped around a 3D model of a human body would look compared to a sheet laid on top of a low relief sculpture. In the case of the 3D model representing an authentic human body, the imprint of the figure looked wider and more stretched out than the Holy Shroud when the sheet was laid flat. This is called the Agamemnon Mask effect, because of a gold funerary mask from Ancient Greece that was first moulded to a face and then rolled flat. It shows slightly distorted features as a result. "The printed image, generated from the contact regions in low relief, shows high compatibility with that present on the Shroud of Turin, significantly corresponding to its contours, even considering a not-entirely flat base," concludes Moraes. His analysis of the shroud provides evidence that this is not an impression of anybody (let alone Jesus Christ), while avoiding a recent academic debate on the artifact's age. Some carbon dating attempts indicate that the shroud was made in Medieval times, but a recent controversial study dates it closer to the first century AD. Like Moraes, other researchers have noticed the shroud is not structurally deformed as would be expected by a 3D body. But the details are very faint and heated academic debates continue over how exactly the image was made. "Using the free and open-source tools described, anyone with such knowledge can recreate the fabric dynamics and contact mapping simulations, exploring the presented scenarios," says Moraes. This work, Moraes concludes, "highlights the potential of digital technologies to address or unravel historical mysteries, intertwining science, art, and technology in a collaborative and reflective search for answers." The study was published in Archaeometry. Related News Venting Doesn't Reduce Anger, But Something Else Does, Says Study Playing Video Games Has an Unexpected Effect on Kids' IQ, Study Discovers This 17th-Century Aristocrat Had a Clever Secret For Keeping Her Teeth


Scientific American
14 hours ago
- Scientific American
MRI Accidents Explained: What Causes Deaths and Injuries in Scanners
Last month a man on Long Island died after he was pulled into a magnetic resonance imaging scanner by a large metal chain he was wearing around his neck. It's not the first time an MRI scanner has proved to be a death trap. In this latest case, according to media reports, the man had accompanied his wife to the MRI center and was waiting outside the exam room while her knee was being scanned. When the procedure was completed, she called him over so that he could help her stand up. The man entered the MRI room, and a 20-pound chain he was wearing around his neck for weight training was immediately attracted to the magnet in the MRI. It pulled the man's body with it, hurled him against the scanner and trapped him there. He sustained serious injuries and was pronounced dead at a hospital the following day. How could this happen? An MRI scanner uses magnetic fields generated by metal coils in its core, and other fields are then added in pulses. In simple terms, a static magnetic field orients the nuclei of hydrogen atoms in the body so they're all facing the same direction; the magnetic pulses briefly redirect the nuclei, and then they align themselves in parallel again. The scanner detects these shifts and uses them to create images of the tissue. On supporting science journalism If you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today. In terms of safety, the problem is that, as current flows through the device, it becomes a huge and extremely powerful electromagnet. Ferromagnetic materials—which, at room temperature, include iron, cobalt, nickel and some metal alloys—are attracted to it with a great deal of force. That means metallic objects that come close to a switched on MRI can become dangerous projectiles. So there's a good reason why metal parts are taboo in and around MRI machines. In preparation for a scan, patients are asked to remove any metal objects they are carrying. When people don't follow this instruction, serious accidents can occur. In 2023 a Brazilian man took a loaded firearm into the MRI room where he was accompanying his mother. The magnet pulled the gun out of his waistband, and a shot went off when it hit the scanner. The bullet hit the man in the abdomen, causing a fatal injury. Similar weapon discharges have also occurred in the U.S., fortunately with less serious outcomes, including a 2012 incident in New York State that involved an off-duty police officer. Before a patient is brought in for a scan, they're asked whether they have any medical or cosmetic implants containing metal in their body. These can include pacemakers, stents, piercings and screws in bones. Metal residue from gunshot wounds must also be reported. The staff then check whether the objects could cause problems. In the end, most metal objects inside the body pose no danger to patients. But if they're overlooked, things can get ugly. Projectile fragments and metal shavings that have penetrated the tissue as a result of gunshot wounds or accidents may travel a few millimeters during the scan. Doctors consider very carefully whether an MRI is too risky in the presence of such foreign bodies and then switch to other imaging procedures if necessary. Small metal particles also sometimes move back and forth around their own axis and in confined spaces. This can cause them to heat up dangerously. There can even be problems with tattoos that contain certain metallic inks. In one case, a tattooed professional football player sustained burns during a pelvic MRI scan. 'At-risk' tattoos are those with black pigment or any other pigments containing iron oxide, as well as those with a design that displays loops, large circular objects or multiple adjacent points. In one extreme example of internal metal objects causing damage during an MRI scan, a woman wore a sex toy into the MRI without the knowledge of the clinic staff. Most of these toys are made of silicone, a plastic that should be unproblematic in the magnet, but to the surprise of those present, especially the woman being examined, this one did contain ferromagnetic material. As a result, she suffered unspecified internal injuries and had to be admitted to a hospital. In general, MRIs are very safe when used properly. Technicians perform tens of thousands of scans every year without causing any damage to those being examined. Serious accidents involving overlooked or unreported ferromagnetic materials are very rare. But it's important that MRI patients follow one cardinal rule: leave the metal outside the scanning room. It's Time to Stand Up for Science Before you close the page, we need to ask for your support. Scientific American has served as an advocate for science and industry for 180 years, and we think right now is the most critical moment in that two-century history. We're not asking for charity. If you to Scientific American, you can help ensure that our coverage is centered on meaningful research and discovery; that we have the resources to report on the decisions that threaten labs across the U.S.; and that we support both future and working scientists at a time when the value of science itself often goes unrecognized.