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Quantum mechanics / Quantum field theory / Ising model / Relaxation / Spin / Geometrical frustration / Quantum entanglement / Physics / Statistical mechanics / Lattice models


Relaxation timescales and decay of correlations in a long-range interacting quantum simulator Mauritz van den Worm1 , Brian C Sawyer2 , John J Bollinger2 and Michael Kastner1,3,4 1 National Institute for Theoretical Phys
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Document Date: 2013-08-06 13:56:23


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IOP Publishing Ltd / Creative Commons / /

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United States / South Africa / /

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US National Institute of Standards and Technology / University of Stellenbosch / Institute of Theoretical Physics / National Institute / /

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self-gravitating systems / arbitrary operators / tensor product / power law decaying interaction strength / power-law interactions / lattice site / high-energy regime / classical longrange interacting systems / isolated quantum systems / long-range interacting systems / isolated many-body quantum systems / quantum systems / identity operator / energy / large generic systems / /

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University of Stellenbosch / Institute of Theoretical Physics / National Institute for Theoretical Physics / US National Institute of Standards and Technology / imc / /

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Author / Long-range quantum Ising model For the theoretical analysis / representative / /

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Colorado / /

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New Journal of Physics / the New Journal of Physics / /

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South Africa / /

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radiation / lasers / microwave / simulation / /

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