W. Brent Siles, who heads the University of Kentucky's Digital Restoration Initiative, told CNN that he and his research team have just returned from a trip to England, where they took detailed photos of scrolls from the ancient Roman city of Herculaneum using a construction called Sonchronum.
Synchrotron tunes energy to be "very focused like a laser," said Seals. "Waves go straight through."
This technology is needed to help perform extremely detailed work while trying to read scrolls that have survived when Mount Vesuvius rained fire and ashes on the Roman cities of Pompeii and Herculaneum in AD 79.
Scrolls remained buried in a villa in Herculaneum believed to be related to Julius Caesar's family until their was not rediscovered in 1
Therefore, the task of the University of Kentucky researchers is to use sophisticated imaging techniques to see through hundreds of papyrus layers turned in hundreds of them.
Machine learning can help trace ink closed type.
They plan to use single-page fragments as a basis on which to train a machine program to help distinguish the differences between ink and papyrus down to the innumerable layers wrapped in scroll.
Siles describes the work that is now waiting for his team back in the US to be close to Hollywood producers doing a special effects project. He believes it may take more than six months for a team of scientists and students to read the scroll through their virtual deployment.
What they end up reading in the text can be anything from an ancient shopping list to a Greek philosophical text describing the nature of pain and suffering.
Christian Siles says he hopes they will be able to read an early Christian text that could have been written in the same time period as Vesuvius' eruption.
Regardless, he says that a shared academic effort to "stay educated" motivates the search.
"It's important to connect with the humanity of yesteryear," Siles said. "If we made an effort to save it, then we should try to read it."