A groundbreaking application of artificial intelligence has allowed researchers to decipher an ancient Roman scroll, severely damaged and carbonised by the eruption of Mount Vesuvius in 79 AD. The scroll, part of a collection discovered in Herculaneum, a town buried alongside Pompeii, had remained unreadable for centuries due to its extreme fragility, making any physical attempt to unroll it destructive.
The breakthrough involved a complex process of virtual unwrapping, where AI algorithms were trained to identify ink on the papyrus layers without physical contact. This non-invasive technique relies on micro-CT scans to create a 3D model of the crumpled scroll, allowing the AI to differentiate between the carbon-based ink and the carbonised papyrus itself. The successful reading of a distinct passage marks a significant moment in classical studies.
One of the first deciphered phrases reads: "Having certainly strained ourselves to the utmost through research and learning, we will no longer be inferior to them." While the full context of this statement is yet to be revealed, it offers a tantalising insight into the intellectual pursuits and competitive spirit of the ancient world. This initial success provides hope that many more fragments from the Herculaneum library, comprising hundreds of similar scrolls, could soon yield their secrets.
The Herculaneum scrolls are the only large-scale library to survive from antiquity, offering an unparalleled window into the philosophical, scientific, and literary landscape of the Roman Empire. Previous attempts to read them have largely failed or caused irreparable damage. This AI-driven methodology, developed by an international team of researchers, represents a significant leap forward, potentially unlocking a vast repository of lost knowledge.
This pioneering research, which is undergoing peer review, builds upon earlier, less successful attempts to use imaging techniques to read the scrolls. The integration of advanced machine learning algorithms has proven crucial in overcoming the challenges posed by the carbonised material. Experts believe this method could be replicated for other damaged ancient texts globally, revolutionising the field of archaeology and ancient history.