Reading a traditional book without opening it seems like the realm of magicians and scientists, but thanks to scientists at MIT and Georgia Tech, it is now a reality. They have created a device known as a terahertz spectrometer, which uses a type of mild radiation to identify letters on stacks of pages. To be fair, the realm of terahertz spectroscopy has existed for for decades, but MIT and Georgia Tech’s iteration of the device is the first one that can see through layers in a usable way for books.
Though the device is still in its nascent form – it can currently only register writing 20 pages deep – the team working on it has big dreams for its future use. They are working in tandem with the Metropolitan Museum of Art to determine how the terahertz spectrometer can be used to inspect antique books and art pieces that could be damaged by more manual handling. Unlike normal x-rays, the device does not release harmful levels of radiation either.
For anyone who values old and rare books, this device represents an exciting advancement. Preservation of materials can be difficult, and using this tool, archivists could theoretically digitize works without harming them. This could also make rare manuscripts more accessible to lay people because the digitized versions could then be place online.
I hope you’ll forgive my minor foray into the realm of science. The small archivist that lives in my heart was so excited by the potential of this device that I had to share it with you. (The scifi reader in me is pretty excited as well. There are so many possibilities here!)
Image Attribution: William Blake, The Book of Urizen, copy G object 1, c. 1818 (US Library of Congress).
For those of you interested in the image used for this post, The Book of Urizen is one of English writer William Blake’s mythological novels. It is a parody of the Book of Genesis, and it follows the story of Urizen, a primeaval priest who has four sons that play the roles of the elements. It’s a fascinating work, and it has a beautiful title page