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3D Simulation Study and Serum Halo Analysis Shed New Light on Shroud of Turin

Researchers aim to clarify the Shroud’s origins through digital modeling alongside immunological testing.

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Overview

  • Brazilian 3D designer Cícero Moraes published on July 28 in Archaeometry results showing that draping virtual fabric over a low-relief model yields an imprint more faithful to the Shroud’s 1931 photographs than using a three-dimensional body simulation.
  • Moraes employed free open-source tools to compare cloth draping over human and shallow sculpture models, finding significantly less anatomical distortion from the low-relief template.
  • Johns Hopkins–trained immunologist Kelly Kearse’s June paper in the International Journal of Archaeology identified serum halos—ring-like edges around blood clots—that only form when wounds clot before contact, suggesting the cloth covered an unwashed body.
  • Kearse’s UV and microscopic experiments concluded no known process can reproduce the Shroud’s precise blood-pattern halos on a cleaned corpse, though he stopped short of confirming the relic’s authenticity.
  • Combined, these peer-reviewed studies intensify debates over whether the Shroud is a medieval artistic creation or an ancient burial cloth without definitively resolving its age or provenance.