Digital Unwrapping Method
Researchers used high resolution CT scanning to capture volumetric data of the carbonized scroll. The scroll was too fragile to open manually, so the CT dataset allowed digital segmentation of layers. This process produced a virtual unwrapping that preserved the scroll while revealing its internal structure.
Text Recovery Process
The CT data was processed using segmentation algorithms that isolated the ink bearing surfaces. The ink had slightly different density values than the carbonized papyrus, allowing the software to reconstruct the writing. This method produced readable Hebrew text from a scroll that had been unreadable for nearly two millennia.
Significance for Biblical Manuscript Studies
The recovered text matched the Masoretic tradition, providing evidence for textual stability. The case demonstrated that CT scanning can recover writing from scrolls damaged by fire or decay, expanding the range of manuscripts accessible to scholars.
Preservation Impact
The scroll remained intact throughout the process, showing that CT based digital unwrapping can preserve fragile artifacts while enabling detailed study. This approach is now considered a model for handling carbonized manuscripts.
Additional Radiology Topics
Micro CT Study of Bullae from the City of David during Biblical Archaeology
Infrared Imaging of the Arad Ostraca Archive for Biblical Research
CT Imaging of Linen Textiles from the Cave of Letters for Biblical History Studies
Radiography of Iron Age Arrowheads from Lachish for Biblical Confirmation