From Quantum Computing Theory Group
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− | [[Image:Crosson2011photo.jpg|240px]]I'm interested in topics that lie on the border between quantum computing and statistical physics such as efficient quantum monte carlo simulations of computational systems, ground-state computing models wherein information is protected by an energy barrier, and questions in Hamiltonian complexity which seek to resolve the relative power of quantum and classical computers.
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| + | I'm interested in topics that lie on the border between quantum computing and statistical physics such as efficient quantum monte carlo simulations of computational systems, ground-state computing models wherein information is protected by an energy barrier, and questions in Hamiltonian complexity which seek to resolve the relative power of quantum and classical computers. |
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Latest revision as of 19:13, 11 December 2016
I'm interested in topics that lie on the border between quantum computing and statistical physics such as efficient quantum monte carlo simulations of computational systems, ground-state computing models wherein information is protected by an energy barrier, and questions in Hamiltonian complexity which seek to resolve the relative power of quantum and classical computers.