A breakthrough in artificial intelligence has allowed researchers to read an ancient Roman scroll, which was carbonised and rendered unreadable by the eruption of Mount Vesuvius in 79 AD. The delicate artefact, part of the Herculaneum Papyri collection, has been virtually unwrapped and deciphered using AI, revealing insights into classical thought.
The successful decipherment marks a significant moment in archaeology and digital humanities. A key phrase extracted from the scroll reads: 'Having certainly strained ourselves to the utmost through research and learning, we will no longer be inferior to them.' This passage hints at themes of intellectual pursuit and overcoming challenges, offering a glimpse into the mindset of the ancient world.
The technology employed involved advanced machine learning algorithms to identify ink on the severely damaged papyrus, which was previously impossible to read without destroying the scroll. Traditional methods of physical unrolling would cause the fragile, charcoal-like material to disintegrate. This non-invasive approach has opened up a new avenue for accessing historical documents.
The research, conducted by a team including academics from the University of Kentucky, leveraged computational techniques to analyse high-resolution CT scans of the tightly rolled scroll. The AI was trained to differentiate between the subtle variations in texture and density caused by the ancient ink on the papyrus, effectively 'seeing through' the layers without physical contact. The findings of this research have been peer-reviewed and published, confirming the validity of the methodology.
This achievement builds upon previous attempts to read the Herculaneum Papyri, a collection of over a thousand scrolls discovered in the 18th century. Many of these have remained unread due to their extreme fragility. The success with this particular scroll provides a template for potentially unlocking the contents of thousands of other unreadable ancient texts, not just from Herculaneum but from other archaeological sites globally. This could revolutionise our understanding of classical literature, philosophy, and history, offering new perspectives that have been hidden for millennia.
The development places this research at the forefront of digital archaeology, demonstrating the transformative power of AI in preserving and interpreting cultural heritage. It also underscores the growing interdisciplinary nature of modern research, combining classical studies with cutting-edge technological innovation.
Source: University of Kentucky