AI deciphers entire Herculaneum scroll for first time

Researchers working on the Vesuvius Challenge have achieved a milestone in digital archaeology: the complete decipherment of a scroll scorched by the 79 CE eruption of Mount Vesuvius, according to Forbes and Live Science. The team, associated with the University of Kentucky, recovered the text without physically unrolling the fragile papyrus—a feat made possible by high-resolution X-ray imaging combined with machine-learning algorithms trained to read the ancient script. The scroll, nearly five feet long and spanning twenty columns, contains passages from an ancient philosophical work.

The breakthrough marks a shift in how scholars access Herculaneum's most precious archive. The Villa of the Papyri, which surfaced in the 1750s near the Bay of Naples, yielded thousands of scrolls carbonized by the eruption's heat. For centuries, their text remained locked away; physical unrolling risked destroying the brittle papyrus. Digital methods have now opened a new pathway to recovery, allowing researchers to read the ink's elemental signature through the papyrus without touching it. Artnet News noted that previous efforts had decoded portions of scrolls, but this represents the first complete scroll deciphered by artificial intelligence.

The significance for Campania's archaeological heritage is considerable. Herculaneum lies ten miles from Pompeii, both preserved by the same catastrophic event that buried the Bay of Naples region under volcanic ash. The Villa of the Papyri alone contains an estimated collection of texts far larger than what has been read to date; the international press has highlighted that thousands of scrolls remain only partially decoded or entirely unexamined. Each new text recovered adds to the historical record of Roman life, philosophy and daily practice in the region.

The technology underpinning the breakthrough—combining X-ray computed tomography with neural networks trained on known ancient script—represents a broader shift in how heritage institutions worldwide approach conservation. Rather than risking degradation through physical handling, researchers can now digitally reconstruct text from the internal structure of the artifact itself. The method has implications beyond Herculaneum: similar techniques are being applied to other carbonized documents from archaeological sites across the Mediterranean and beyond.

For Naples and the wider Campania region, the recovery of these texts reinforces the peninsula's standing as a living laboratory of Roman civilization. Tourism to Pompeii and Herculaneum has long centered on the dramatic preservation of streets, homes and bodies; the Vesuvius Challenge now adds intellectual discovery to that narrative. International media coverage has positioned these scrolls as windows into ancient thought and daily life, drawing scholarly and public attention to the Bay of Naples as a site where technology and history converge.