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U-M Researchers Untangle the Physics of High-Temperature Superconductors

August 18, 2022

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Read time:

5-15 mins
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Presented by Michigan News

Emanuel Gull, associate professor of physics, and Xinyang Dong, doctoral graduate, discuss the complexity of how superconductivity works. Superconductivity occurs when materials are cooled to a specific temperature and lose electric resistance. Gull and Dong note the 1966 theory and describe their dynamical cluster method that uses supercomputers and copper-oxide-based superconductors, allowing researchers to analyze the interactions between the electrons and their spin. They further highlight their research and the impact of their findings.

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