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Noise fluctuations reveal quantum phases in ultra-cold atom systems
Presented Friday March 19, 2010
Joint Quantum Institute
University of Maryland
National Institute of Standard and Technology
In experiments on quantum systems, scientists have found that the noise fluctuations in the measurement are not random, but rather correlated. The behavior of such correlation is related with the quantum orders present in the system. By measuring such correlations, scientists are able to detect the quantum orders that are otherwise difficult to observe. In the experiments of ultra-cold atoms, such measurement have lead to in-depth study on a wide range of topics in quantum many-body physics, including superconductivity and the detection of supersolid.
Reporters may freely use this image as long as they include the following credit: "Image courtesy of Anzi Hu/Joint Quantum Institute".
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