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March 13th, 2006
Researchers at the University of Pennsylvania have announced that they have bridged a major obstruction in the creation of nanoscale electronics by developing a simple, reliable and observable method of creating tiny, tiny gaps between electrodes.
Such "nanogaps" will make it possible to make electrical contact to structures on the nanoscale billionths of a meter. In a recent edition of the journal Applied Physics Letters, online now, physicists Marija Drndic and Michael Fischbein describe the creation of nanogaps, which could have applications ranging from ultra ast electronics to quantum computing to high-speed gene reading.
University of Pennsylvania
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