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The Vesuvius Challenge uses artificial intelligence to virtually unroll the traditional scrolls of Pompeii

The Vesuvius Challenge is an unprecedented competition in the sector of classical studies that has the potential to pave the best way for something akin to a second Renaissance. The goal is to make use of artificial intelligence (AI) to virtually unroll lots of of closed papyrus scrolls containing ancient literature that has not been seen for two,000 years.

When Vesuvius erupted in 79 AD, it buried several towns on the Gulf of Naples under massive volcanic rocks – including Herculaneum near Pompeii. In the 18th century, an exceptionally luxurious Roman villa was excavated there, near the traditional city partitions and the coast. The villa's wonderful wall paintings, mosaics, busts and statues had been preserved by the ash.

This constructing, Villa of the Papyri, is known as after its most remarkable treasure. It housed the one surviving library from antiquity: around 1,000 papyrus scrolls that weren’t destroyed by the eruption but charred (was a sort of charcoal) and sealed within the earth until their rediscovery.

The villa probably belonged to Lucius Calpurnius Piso Caesoninus, a Roman consul and father-in-law of Julius Caesar. He was the patron of the Epicurean philosopher Philodemus of Gadara (110-30 BC), who can have lived within the villa.

Before moving to Italy, Philodemus was educated in Athens on the philosophical centre of the Epicureans. Its founder, Epicurusclaimed that the world consisted of atoms and thought of pleasure, friendship and atheism as prerequisites for a comfortable life.

A reconstruction of the Villa of the Papyri.
University of Kentucky/Virtual Archaeological Museum/Herculaneum

The original Greek texts of the Epicureans were lost in late antiquity, but a Latin poetic version of Epicurus' philosophical views survived. It handled ethics and particularly physics and was entitled On the Nature of Things.

Since their discovery, several attempts have been made to unroll the delicate papyri mechanically, but with only moderate success. Many scrolls were almost completely destroyed, while others were badly damaged and at the moment are only fragmentary. Parts of over 300 scrolls stored in Naples are still waiting to be unrolled.

What does all this should do with AI? The plan to read the Herculaneum papyri noninvasively was first pursued in 2007 by computer scientist Brent Seales of the University of Kentucky. He worked on the issue for about 15 years. But while he had success with other scrolls, the Herculaneum papyri proved extremely tricky.



Seales realized that the important thing to distinguishing the carbon ink from the charred papyrus background lay in artificial intelligence. Initial experiments confirmed his hypothesis that AI could help get better the elusive ink from the CT scans, but significant challenges remained in unlocking the scrolls' secrets.

Silicon Valley entrepreneur Nat Friedman got here across Seales' work and proposed launching an open-source AI competition to speed up progress. Several prizes, including certainly one of $1 million (£771,835), were promised to individuals or teams who were finally capable of crack the scrolls.

Lines of a classical text
An ethical Epicurean treatise, probably by Philodemus, uncovered through the competition.
Vesuvius Challenge

Since March 2023, greater than 1,000 teams have participated on this competition. In October 2023, the primary letters and contours of a Greek text were recognized, and in February 2024, the primary winners of the prize money – machine learning students Youssef Nader, Luke Farritor and Julian Schilliger – were announced. Their AI model spectacularly revealed parts of 15 columns from the innermost a part of certainly one of the scrolls. It was a text on ethics, probably written by Philodemus.

How the scroll was read

This “virtual unrolling” technique begins by scanning the charred scroll in a particle accelerator at extremely high resolution. Then the complex structure of the scroll is analyzed and virtually flattened – but no text is yet visible. At this point, the team trains AI models to acknowledge ink on the papyrus based on distinct patterns isolated through visual inspection.

The winning images could be considered a definitive proof of concept – virtual unrolling of the Herculaneum rolls is feasible. Although some technical difficulties still exist, lots of the other unopened rolls needs to be virtually unrolled within the near future.

This breakthrough enabled funding for the second phase of the Vesuvius Challenge, which also included Elon Musk's charity, the Musk Foundation. The next goal is to scan more scrolls and speed up and standardize the virtual unrolling process.

It may be very likely that dozens of recent ancient Greek and Latin texts will emerge in the following few years. We can extrapolate the kinds of texts to expect based on the texts already mechanically unfolded. Since the Greek library was a special Epicurean library, many of the works that emerge will probably cope with topics corresponding to ethics, mathematics, music, and the history of philosophy.

Some Stoic literature can also appear, and Epicurean texts also often contain long quotations from other philosophers or authors, in addition to previously unknown historical information.

The biggest surprises, nonetheless, are more likely to come from the Latin papyri. We can legitimately hope for historical and poetic Latin works from Rome's late Republican and early Imperial periods.

There can also be a possibility that the virtual unrolling could spark recent excavations on the Villa of the Papyri (phase 4 of the Vesuvius Challenge), where many researchers consider one other Greek and Latin library – with all its lost masterpieces – has yet to be unearthed.



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