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Our goal is to pioneer new measurement techniques by using coherent atom optics, such as beam-splitters, mirrors and lenses which manipulate matter waves.  We operate one of the world's first atom-beam interferometers.  It is a Mach-Zhender optical interferometer that splits deBroglie waves of matter, not light, into two physically separate paths, and later combines the waves to produce interference fringes of matter in space. 

For more introduction click here.  

AAMOP article:  Optics and Interferometry with Atoms and Molecules 

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