Coherence Measurements using a Novel Atom Interferometer
P. D. Featonby, C. L. Webb, R. M. Lake, M. K. Oberthaler, G. S. Summy, C. J. Foot, K. Burnett
Abstract
P. D. Featonby, C. L. Webb, R. M. Lake, M. K. Oberthaler, G. S. Summy, C. J. Foot, K. Burnett
Abstract
Atom interferometers provide a unique way in which to study atomic de Broglie waves. A number of atom interferometers have now been developed which demonstrate the wave nature of atoms and these have been used for various precision measurements [1], Many of these interferometers use light forces to manipulate the de Broglie waves.
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Atom interferometers provide a unique way in which to study atomic de Broglie waves. A number of atom interferometers have now been developed which demonstrate the wave nature of atoms and these have been used for various precision measurements [1], Many of these interferometers use light forces to manipulate the de Broglie waves.
Key concepts: Matter wave, Astronomical interferometer, Atom interferometer, Interferometry, Coherence (philosophical gambling strategy), Physics, Atom optics, Atom (system on chip)