MessageToEagle.com – On the morning of August 24, 79 AD, Mount Vesuvius erupted and broke its centuries-long silence. Its great cloud of hot ash, stones and poisonous gases completely buried the whole Roman city of Pompeii and for more than seventeen centuries, it would remain lost, forgotten, sealed and preserved in a time capsule.
Vesuvius also completely buried another Roman town – Herculaneum, on the coast of south-west Italy.
The origin of Herculaneum is not clear. The city’s name is based on the demi-god Hercules, who founded the city, according to legend. It may have been a Greek settlement but the early town also shows evidence of Etruscan influence. Herculaneum is another time capsule keeping old secrets buried under volcanic ash and stones.
Because the large depth of covering deposits discouraged looting more artifacts have survived. Excavations resulted in the discovery of not only fabrics and even food, but also roll of papyrus.
“The British Museum’s 2013 show of artefacts from the Roman cities of Pompeii and Herculaneum, buried in ash during an explosive eruption of Mount Vesuvius, was a sell-out. But could even greater treasures – including lost works of classical literature – still lie underground?
For centuries scholars have been hunting for the lost works of ancient Greek and Latin literature. In the Renaissance, books were found in monastic libraries. In the late 19th Century papyrus scrolls were found in the sands of Egypt. But only in Herculaneum in southern Italy has an entire library from the ancient Mediterranean been discovered in situ,” wrote BBC.
But Herculaneum has proved very difficult to excavate, buried as it is beneath approximately 20 meters of concrete-like material, the hardened volcanic mud which covered it for almost 2,000 years.
In 1752 workers tunneling into a large, wealthy villa (later known as “Villa of the Papyri”) discovered a large number of what appeared to be sticks of charcoal, some of them bundled together.
Upon closer inspection, these sticks proved to be rolls of the ancient writing material papyrus. Numerous attempts to open these rolls and read their contents failed, due to their extreme fragility and the fact that they were burnt by the ca. 300 degree Celsius volcanic flow, compressed by the weight of rubble and mud, and congealed by water,” we read on The Philodemus Project’s website.
Eventually several hundred of the rolls were partly cut apart and partly unrolled.
A conservator from the Vatican, Father Antonio Piaggio (1713-1796), devised a machine to delicately open the scrolls. But it was slow work – the first one took around four years to unroll. And the scrolls tended to go to pieces.
The fragments pulled off by Piaggio’s machine were fragile and hard to read. “They are as black as burnt newspaper,” says Dr Dirk Obbink, an American-born papyrologist, classicist, specializing in the history of religion and its texts and a lecturer in Papyrology at Oxford University.
Under normal light the charred paper looks “a shiny black” says Obbink, while “the ink is a dull black and sort of iridesces”.
Reading it is “not very pleasant”, he adds. In fact, when Obbink first began working on them in the 1980s the difficulty of the fragments was a shock. On some pieces, the eye can make out nothing. On others, by working with microscopes and continually moving the fragments to catch the light in different ways, some few letters can be made out.
In 1999, scientists from Brigham Young University in the US examined the papyrus using infrared light. Deep in the infrared range, at a wavelength of 700-900 nanometres, it was possible to achieve a good contrast between the paper and the ink.
Letters began to jump out of the ancient papyrus. Instead of black ink on black paper, it was now possible to see black lines on a pale grey background.
In 2008, a further advance was made through multi-spectral imaging. Instead of taking a single (“monospectral”) image of a fragment of papyrus under infrared light (at typically 800 nanometres) the new technology takes 16 different images of each fragment at different light levels and then creates a composite image.
With this technique Obbink is seeking not only to clarify the older infrared images but also to look again fragments that previously defied all attempts to read them. The detail of the new images is so good that the handwriting on the different fragments can be easily compared, which should help reconstruct the lost texts out of the various orphan fragments. “The whole thing needs to be redone,” says Obbink.
But many of the texts that have emerged so far are written by a follower of Epicurus (341 BC – 270 BC), the philosopher and poet Philodemus of Gadara (c.110-c.40/35BC).
Not the entire unique library of the Villa of the Papyri in Herculaneum has been unrolled. The damage – caused by the eruption lasted 18 hours – destroyed the artifacts. Could it be possible to read them in some way, for example – virtually?
In 2009 two unopened scrolls from Herculaneum belonging to the Institut de France in Paris were placed in a Computerised Tomography (CT) scanner, normally used for medical imaging.
See also:
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The machine, which can distinguish different kinds of bodily tissue and produce a detailed image of a human’s internal organs could potentially be used to reveal the internal surfaces of the scroll.
“We were able to unwrap a number of sections from the scroll and flatten them into 2D images – and on those sections you can clearly see the structure of the papyrus: fibers, sand,” says Dr Brent Seales, a computer science professor at the University of Kentucky, who led the effort.
Totally, about 2,000 scrolls have been recovered from the villa, of which almost 1,700 have been unrolled.
“The villa remains one of the great buildings of the ancient world and it should certainly be excavated,” according to Robert Fowler, professor of Greek and dean of arts at Bristol University.Fowler.
With certainty, there is much more hidden underground.
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