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"This is an interesting
-- not direct link but possible link -- with the town where Archimedes used to work. It is the first link of this kind," he said. With the powerful 3-D scanner, built by the British-based X-Tek Systems, scientists can peer into razor-thin sections of the device's 80-odd surviving fragments to understand its mechanics and read hundreds of tiny Greek inscriptions etched onto its bronze components. Information was also gleaned from a technique developed by U.S.-based Hewlett-Packard Co. which made composite images of high-resolution digital photographs taken of the mechanism fragments under varied lighting conditions. Bitsakis said improved computing power, used to analyze existing scans and images, made the latest discovery possible. "The inscriptions are in very faint layers, like one-tenth of a millimeter in depth, and the letters are 1 millimeter high, so it's almost nothing," he said. "(We had better) memory processing power and more powerful graphic cards ... Without this we couldn't see the inscription because you have to increase the resolution and the result is a very big file," he said. The ongoing research project into the Antikythera Mechanism is being led by Mike Edmunds, professor of astrophysics, and his colleagues at Cardiff University in Britain.
[Associated
Press;
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