Complete text of ancient Herculaneum scroll recovered using AI and high-tech imaging

Researchers have achieved the first complete reading of a carbonized Herculaneum scroll that was buried and burned during the Mount Vesuvius eruption nearly 2,000 years ago, without physically unrolling it. The breakthrough, covering the entire surviving text of scroll PHerc. 1667, was made possible by combining artificial intelligence, 3D scanning, and particle accelerator imaging, according to Newscientist and ground.news. Hacker News reported that this marks the first time the full text has been extracted from such a scroll without physical opening, representing a major advance in both classical scholarship and AI-assisted archaeology. "Previously thought unreadable due to being scorched into charcoal-like lumps" The scrolls from the library of Herculaneum were buried by the AD 79 eruption of Mount Vesuvius, leaving them too fragile to physically unwrap. ground.news noted that the use of a particle accelerator alongside artificial intelligence finally unlocked the text, which had resisted all previous attempts to read it. The technology virtually unwraps the digital scans, allowing researchers to see the ink and decipher the writing layer by layer. The deciphered text contains philosophical writings likely from the Epicurean school, Hacker News reported, adding a long-lost work to our understanding of ancient classical thought. Newscientist described this as a breakthrough in both classical scholarship and AI-assisted archaeology, since the scrolls were previously thought to be permanently unreadable. "Too fragile to physically unwrap" The achievement opens the door to deciphering hundreds more manuscripts still awaiting reading. ground.news reported that the Vesuvius Challenge is offering a $1 million prize for the next full reading, while Hacker News noted that the data and code from this project have been made openly available to the public. CTVNews.ca confirmed that a papyrus scroll burnt to a crisp during the Vesuvius eruption has now been partially deciphered with AI, though the latest result marks the first complete reading.

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