Written on Monday, September 17, 2007 by Gemini
For centuries, the
Now research at the
The Diamond machine is the size of five football pitches and fires electrons at close to the speed of light to generate what is known as synchrotron light, in the form of X-rays, ultraviolet and infrared beams. The X-rays generated can be 100 billion times brighter than a standard laboratory X-ray tube.
Professor Wess and his team are now working on the full scale imaging and “virtual unravelling” of documents too fragile to unroll. They will also use the Diamond synchrotron to examine the nanoscopic structure of parchments such as the Dead Sea Scrolls, which are at risk of degrading to gelatine over the centuries. They hope to develop a simple test to determine the proportion of gelatine in a historical sample.
Professor Wess said: “In addition to identifying ways to prevent the loss of important records from our past, our research aims to understand how we might recover documents damaged in natural disasters across the ages – such as the fire at the Library of Alexandria, or more recently, flooding in the Czech Republic, Italy and Poland, which could leave such archives lost forever.”