logo
Herculaneum scroll's secret AUTHOR is uncovered after 2,000 years - as scientists use AI to virtually unwrap the priceless manuscript

Herculaneum scroll's secret AUTHOR is uncovered after 2,000 years - as scientists use AI to virtually unwrap the priceless manuscript

Daily Mail​06-05-2025

Few objects pique the curiosity of academics quite like the Herculaneum scrolls – the ancient documents buried by the eruption of Mount Vesuvius in AD 79.
These priceless rolled-up documents carry ancient text written in carbon-based ink on papyrus – a material similar to paper made from the pith of the papyrus plant.
Now, for the first time, researchers have found the title and author inside one of the scrolls known as PHerc. 172, housed at Bodleian Libraries in Oxford.
With the help of AI, it has been identified as 'On Vices' by the Greek philosopher Philodemus, a historic ethical treatise providing guidance for 'cultivating a virtuous life'.
In recognition of this achievement, researchers have been awarded the Vesuvius Challenge First Title Prize, which includes prize money of $60,000/£45,000.
Bodley's Librarian Richard Ovenden said: 'Finding the full title of a work inside a scroll that has been unread for two millennia is an astonishing achievement.
'[It] illustrates the huge potential for AI to transform arts and humanities scholarship, our understanding of the past, and breathes new life into ancient artefacts.'
'On Vices' – or to give it its full name 'On Vices and Their Opposite Virtues and In Whom They Are and About What' – is already known about, but this particular text may a volume of 'On Vices' which no-one has accessed since the eruption.
While the first images of the inside of the scroll were published in February 2025, experts have now discovered the title page within the innermost part of the scroll - 'Φ Ι Λ Ο̣ Δ Η Μ Ο̣ Υ̣ Π Ε̣ Ρ Ι Κ Α̣ Κ̣ Ι Ⲱ Ν A or Philodemos On Vices
Almost destroyed by Mount Vesuvius, the Herculaneum scrolls are thought to contain profound philosophical and literary texts from ancient Greek and Roman scholars.
The problem is that any attempts to unroll the burnt cylinders will turn them to dust because they are so fragile – meaning the words would be lost forever.
So, scientists have been turning to ingenious methods such as x-ray scanning, ink-detection software and AI to virtually 'unroll' them.
Following the scanning of scroll PHerc. 172 in July 2024 at the Diamond Light Source in Harwell, Oxfordshire, data was released publicly.
Vesuvius Challenge – which is the organisation behind the initiative – invited researchers worldwide to contribute to deciphering the text.
The first images of the inside of scroll PHerc. 172 had were publishe, revealing fascinating fragments of Greek text.
But the title page was at the very centre it was considerably harder to read – requiring considerable analysis before it could be accurately interpreted.
This was independently achieved by two parties at roughly the same time – by Sean Johnson from the Vesuvius Challenge, and contestant research team Marcel Roth and Micha Nowak from the University of Würzburg, Germany.
These ancient rolls of papyrus are thought to contain profound philosophical and literary texts from ancient Greek and Roman scholars
Even if scientists were able to physically unfurl the scroll, ink markings would be invisible to the naked human eye due to the burnt papyrus
How AI virtually unfurls Herculaneum scrolls
Firstly, at the Diamond Light Source in Oxfordshire, x-rays are shot at the scrolls to create scans and a 3D reconstruction.
AI is used to detect the areas of the papyrus that were touched by ink to reveal the Greek text.
This is made especially difficult due to the use of carbon-based ink when the text was written.
The papyrus was effectively turned to carbon lumps when the Herculaneum villa where the scrolls were kept was engulfed by the eruption of Mount Vesuvius in 79 AD.
The pair have been awarded the first Vesuvius Challenge First Title Prize, in recognition of their work, which has independently reviewed and verified by the Vesuvius Challenge papyrological team.
'The simultaneous reproduction of the title image from multiple sources, along with independent scholarly review, provides a high degree of confidence in the reading,' Bodleian Libraries said in a statement.
Author of 'On Vices', Philodemus (c. 110-30 BC), was an philosopher and poet from Gadara, an ancient Hellenistic city in what is now Jordan.
His ethical teachings emphasised the pursuit of pleasure as central to a good life, while arguing against rigid logic and formal rhetoric.
Belonging to the an Epicurean school of thought, Philodemus believed philosophy should serve practical human happiness rather than abstract intellectual debate.
His works make up the majority of the library in the Villa of Papyri at Herculaneum were the famous scrolls were buried, so it is unsurprising that he was the author of this work too, experts say.
Whilst the scroll's author and title are now clear, where the text sits within the On Vices series, known by scholars to be at least 10 books long, is still open to interpretation.
The book number in the title image can be read as an alpha, indicating that this scroll is 'Book 1', but it could also be 'delta', suggesting Book 4.
Hundreds of the scrolls - scorched in the eruption of Mount Vesuvius - were destroyed during early attempts to unroll them
Other books from the On Vices are known from the Herculaneum papyri that were physically unrolled.
The best known are On Property Management (Book 9) and On Arrogance (Book 10), but there are others too, so there is still much to learn.
Michael McOsker, a researcher in Papyrology at University College London, called the latest discovery 'a very exciting development'.
'[We have] a great opportunity to learn more about Philodemus' ethical views and to get a better view of the On Vices as a whole, especially if it turns out to be the first book,' he said.
'It's great that progress continues apace and we'll soon be able to read these rolls in their entireties.'
A brief history of the Herculaneum scrolls
The saga of the Herculaneum scrolls goes back nearly 2,000 years when the Italian settlements of Pompeii, Torre Annunziata, Stabiae and Herculaneum were destroyed by the Vesuvius eruption of AD 79, killing an estimated 16,000 people.
One of the buildings buried in Herculaneum was a large villa, possibly belonging to Lucius Calpurnius Piso Caesonius, the father-in-law of Julius Caesar.
The large library of the villa contained more than 1,800 papyrus scrolls that were turned to carbon lumps in the eruption.
In the 1750s, excavations began on the villa and a number of scrolls were destroyed or thrown away in the belief that they were worthless chunks of charcoal.
Unfortunately, hundreds more were destroyed during attempts to unroll the scrolls, which are mostly held at the National Library in Naples.
A few hundred scrolls were excavated that were never opened, and remain rolled up with their contents sealed away - waiting to reveal potentially profound lessons for modern society.
In 1756, Abbot Piagio, conserver of ancient manuscripts in the Vatican Library, invented a machine that could unroll a single manuscript in four years, but it unfortunately destroyed a lot of the work.
In the early 1800s, PHerc.172 and other scrolls were given to the future George IV of England by Ferdinand IV, the king of Naples and Sicily - allegedly in exchange for some kangaroos - before winding up at the Bodleian Library.
Modern attempts have focused on digital methods to read the texts without physically unrolling the papyri to prevent damage.
Known as 'virtual unrolling', such attempts commonly use X-rays and other light sources to scan the objects and reveal previously unknown text.
One technique called shortwave infrared hyperspectral imaging picks up variations in the way light bounces off the black ink on the papyrus.
A newly discovered passage from one of the scrolls using this technique has revealed that Plato spent his last night blasting a slave girl's 'lack of rhythm' as she played the flute.
The philosopher, who was suffering from a fever, had been listening to music and welcoming guests before he died at the age of 80 or 81 in around 348BC.
The scroll also helped to confirm that Plato was buried at the Academy of Athens, which he founded.
But it adds the detail that the ancient thinker's resting place was in a designated garden within the university grounds.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Fish feel PAIN just like humans, scientists say - as they call for common slaughter method to be halted immediately
Fish feel PAIN just like humans, scientists say - as they call for common slaughter method to be halted immediately

Daily Mail​

time20 minutes ago

  • Daily Mail​

Fish feel PAIN just like humans, scientists say - as they call for common slaughter method to be halted immediately

From fish and chips to fish pie, many British staples focus on seafood. But a new study might make you think twice before ordering one of these popular dishes. Scientists have revealed the hidden pain that fish go through during a common slaughter method known as 'air asphyxia'. This method involves allowing fish to suffocate in air or on ice - and can often take well over an hour. In their study, researchers from the Welfare Footprint Institute found that the average rainbow trout endures 10 minutes of 'intense pain' during air asphyxia. Based on the findings, the researchers are calling for air asphyxia to be banned, and for 'stunning' methods to be used instead. 'Pain and distress from asphyxia in fish can be potentially mitigated by stunning methods that induce rapid loss of consciousness,' they wrote in their study. 'For stunning to be considered humane and effective, pre-slaughter handling must be minimised and the animal must become unconscious immediately after stunning, a state that must persist until death.' Every year, up to 2.2 trillion wild and 171 billion farmed fish are killed, according to the researchers. However, several traditional methods of killing these fish are inhumane. 'Farmed fish are still commonly killed by asphyxiation (suffocation by taking them out of water), exposure to carbon dioxide, exposure to very low temperatures or bleeding without stunning,' the RSPCA explains. 'These procedures take several minutes to induce insensibility and cannot be regarded as humane.' In their study, the team set out to understand exactly how fish react to air asphyxia. Focusing on rainbow trout, the team found that during air asphyxia, fish experience anything between two and 22 minutes of 'intense pain', depending on factors like fish size and water temperature. This translates to around 24 minutes of pain per kilogram of fish, according to the experts. In contrast, 'stunning' methods are immediate, meaning the fish don't suffer. 'Electrical and percussive stunning methods for fish are now becoming more common,' the RSPCA explained. 'These include water-bath stunning systems where fish pass through electrified water to stun them, and percussive stunning of fish using automated flow-through systems where fish remain in water until the point of stunning. 'These systems remove the need for pre-slaughter handling of fish and allow fish to be effectively stunned prior to being bled out.' While you might think that these methods would be more expensive, the researchers say that this isn't the case. 'If implemented properly, electrical stunning could avert 60 to 1,200 minutes of moderate to extreme pain for every U.S. dollar of capital cost,' they explained.

UK to become 'AI maker not taker', says Sir Keir Starmer
UK to become 'AI maker not taker', says Sir Keir Starmer

Sky News

timean hour ago

  • Sky News

UK to become 'AI maker not taker', says Sir Keir Starmer

The UK will become an "AI maker not an AI taker", according the prime minister, as he announced millions of pounds of funding to train students in AI. Sir Keir Starmer said the UK public needed to "lean in" and embrace artificial intelligence. NVIDIA chief executive Jensen Huang, who shared the stage with the prime minister, predicted that in the next 10 years, "every industry in the UK will be a tech industry" because of AI. He said the UK has one of the "richest AI communities anywhere in the world" and is the biggest country for AI investment other than the US and China. 3:54 However, it currently doesn't have the infrastructure needed to become a global AI superpower, he said. "You can't do machine learning without a machine. The ability to build AI supercomputers here in the UK will naturally attract more AI startups and create a better ecosystem, said Mr Huang. His comments come on the morning . When Labour entered office, it cancelled a planned supercomputer, saying it wasn't funded. 1:47 It has since announced it wants to increase UK computing power 20-fold by 2030 and build a brand-new supercomputer. As he announced a series of new investments in training for workers and students, Sir Keir said that within the coming years the government should be able to "look every parent in the eye" and pledge that tech can create a "better future" for their children. Can we trust ChatGPT despite it 'hallucinating' answers? "By the end of this Parliament we should be able to look every parent in the eye in every region in Britain and say 'look what technology can deliver for you'," he said. During the session, he announced a new £187m "TechFirst" scheme to equip secondary school pupils with AI skills for future jobs. He also announced a scheme backed by Google and Microsoft to train 7.5 million workers in AI skills by 2030. Google, Microsoft, IBM, Nvidia, BT and Amazon have signed up to make "high-quality" training materials widely available to workers free of charge over the next five years, according to Number 10. Sir Keir hosted a private reception at Chequers on Sunday with leading technology bosses and investors, including former Google chief executive Eric Schmidt, Faculty AI co-founder Angie Ma, Google DeepMind chief Demis Hassabis and Scale boss Alex Wang.

Good news for gardeners! Scientists have uncovered a simple way to boost plant growth - and all you need is a speaker
Good news for gardeners! Scientists have uncovered a simple way to boost plant growth - and all you need is a speaker

Daily Mail​

timean hour ago

  • Daily Mail​

Good news for gardeners! Scientists have uncovered a simple way to boost plant growth - and all you need is a speaker

Gardeners will try almost anything to help their plants grow. From fancy compost to strict watering times or a regular pruning schedule, there are plenty of ways to give flowers a boost. Some even resort to talking to their plants, convinced they 'respond to vibrations'. But scientists have uncovered a simple way to promote growth – and all you need is a speaker. Experts have found that playing music to plants can make them grow heavier and leafier. However, picking the right playlist is of the utmost importance. A study has found that classical music, such as Bach concertos, boost growth while plants exposed to rock music grow more poorly. 'Playing music to plants is not as crazy as it may sound at first,' Charles Spence, a professor of experimental psychology at the University of Oxford and co-author of the paper, told The Times. The team suggest that a combination of sound frequencies, the tempo of the music and the instruments involved may have the power to stimulate or curb plant growth. For the research, scientists analysed pak choi plants – a type of Chinese cabbage – that were played rock music, classical music or no music at all in bursts throughout the day. The classical selection was Bach's Brandenburg Concertos, considered masterful examples of balance between assorted groups of soloists and a small orchestra. Instrumental rock and metal was used for the other musical group. Everything else that could affect plant growth, such as temperature, humidity and lighting, was strictly controlled and kept the same for all plants in the study. After a six-week study period, the researchers found that the plants played classical music ended up significantly larger, with an average dry weight of 8.99g. Meanwhile those played no music weighed 6.33g on average, while plants played rock music weighed only 3.12g on average. The pak choi that had been exposed to classical music also produced the highest number of leaves, with an average of almost 17 each compared with only 10 leaves for the plants that were played rock. Pak choi Also known as Chinese cabbage, pak choi is a leafy green vegetable. It can be used as baby leaves in salads or as larger rosettes in a stir fry. It can be grown in as little as four weeks. The plant is in season all year round but prefers cool, damp conditions. Analysis of the roots also showed that plants exposed to classical music had the highest total root volume, measuring 90 cubic centimetres – three times more than those played instrumental rock, which reached only 30 cubic centimetres. The plants grown in silence, however, recorded total root volume of 77 cubic centimetres. The team was led by plant scientists and music experts at the University of Malaya in Kuala Lumpur and University Putra Malaysia. They said there was 'promise' around the use of classical music to help stimulate plant growth. 'Classical music may have an effect on plant growth because plants are attuned to vibrations, such as the vibrations of running water in soil, and they react to them biologically,' Professor Spence added. 'Meanwhile the different frequencies in rock music may fall outside the sonic range which boosts plant growth.' He also said that classical music might 'make gardening a more pleasant experience'. Previous studies have also found that plants tend to grow in the direction of soothing music and away from rock music. The findings were published in the journal Evolutionary Studies in Imaginative Culture. The scientists wrote: 'The results reveal that those plants exposed to classical music exhibited significant differences in shoot characteristics with the highest total fresh weight, shoot fresh weight, and mean leaf numbers. 'Meanwhile, those plants exposed to rock music demonstrated values that were the lowest across all plant parameters. 'Despite the promise around the use of classical music to help stimulate plant growth, further studies are undoubtedly still needed before any firm conclusions regarding the potential benefits of exposing plants to an acoustic stimulus can be drawn.'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store