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Dr. Cornell was awarded the Alan T. Waterman Award by the National Science Board in May 1997 for his work in this area, the highest honor for young researchers. He was also named a Nobel laureate in Physics in 2001. Cornell's experiments since then have established the area as an exciting new field of physics. Many physicists consider the creation of the Bose-Einstein condensate the most important discovery since high-temperature superconductivity. It's a new macroscopic state with unique and fascinating properties. Its applications have included the transformation of the field of atom interferometry in much the same way the laser revolutionized optical interferometry. Cornell's work has opened up a rich and fascinating physical system with a host of further questions to explore. Thumbnail">
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