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Dr. Thomas studies the physics of ultra-cold atomic gases. His group developed stable optical traps for atoms and all-optical cooling methods, leading to the first observation of a strongly interacting Fermi gas in 2002. Comprising an ultra-cold cloud of spin-up and spin down atoms, the so-called "unitary" strongly interacting Fermi gas models diverse systems in nature, including electron pairs in super high temperature superconductors, neutron matter in neutron stars, and the nearly perfect hydrodynamic expansion of a quark-gluon plasma, a state of matter that existed microseconds after the Big Bang. Current interests include interacting Fermi gases in confined geometries, quantum hydrodynamics, optical control of interactions and spin-energy correlation and entanglement.
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arXiv (Cornell University)no. 4 (2023)
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PHYSICAL REVIEW LETTERSno. 16 (2019): 160402-160402
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