Two thousand years ago, Vesuvius didn’t just bury Pompeii—it locked away an entire library, preserving papyrus scrolls in a carbonized time capsule that defied every attempt to read them. Until now.
Thanks to a combination of CT scanning technology and machine learning algorithms, researchers are finally cracking open some of history’s most inaccessible texts. The breakthrough didn’t happen in a dusty archive—it came from young engineers and computer scientists who took on the Vesuvius Challenge, a million-dollar competition launched in March 2023 by Silicon Valley figures Daniel Gross and Nat Friedman alongside University of Kentucky computer science professor Brent Seales.
Three winners—Youssef Nader, Luke Farritor, and Julian Schilliger—split a $700,000 bounty for creating a deep learning program that decoded passages from a charred scroll with 85% character legibility. Their work revealed text from On Vices, a philosophical work by Greek writer Philodemus, who lived at Pompeii nearly 200 years before the eruption. What makes this particular scroll noteworthy isn’t just its age—it’s that Philodemus names actual historical figures in his writing, including the Roman poet Vergil.
The real game-changer came in June 2026, when researchers led by the University of Naples Federico II virtually unwrapped an entirely new scroll—almost 1.5 meters of continuous text spanning 20 columns. Lead researcher Federica Nicolardi, an assistant professor in papyrology, described the shift as transformational. Where overlapping layers once made the text invisible, virtual unwrapping now allows scholars to follow sustained philosophical arguments across multiple columns. Dating to the second or late third century BC, it ranks among the oldest scrolls in the collection.
What’s emerged so far is equally fascinating: fragments discussing Greek philosophical concepts like horme (impulse) and phronesis (practical wisdom), with the scroll declaring that understanding fails when we depart from our own nature. Another scroll has revealed Book 8 of a work called On Gods—surprising researchers who didn’t even know the work had seven other installments.
This is archaeology for the AI age. The scrolls couldn’t be unrolled without crumbling to ash, but high-resolution imaging combined with pattern recognition software now makes the impossible readable. As these techniques mature, expect more of the 800-scroll collection to yield its secrets. History isn’t always written to last—sometimes it takes machine learning to rescue it from oblivion.
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Local Lawton
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