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Applied mathematics / Quantum error correction / Qubit / Doppler cooling / Quantum computer / Bell state / Quantum entanglement / Trapped ion quantum computer / Quantum teleportation / Quantum information science / Theoretical computer science / Physics


LETTER doi:[removed]nature12801 Dissipative production of a maximally entangled steady state of two quantum bits
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Document Date: 2013-12-26 14:36:49


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Plenio / Copenhagen / Boulder / /

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Parkins A. S. / Macmillan Publishers Limited. / Reiter / F. & Sørensen / A. S. / / F. & Sørensen / A. S. / R. Bowler1 A. S. / G. & Sørensen A. S. / /

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United States / Denmark / /

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National Institute of Standards / The Niels Bohr Institute / University of Copenhagen / /

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carrier excitation / experimental systems / internal energy levels / open quantum systems / online version / quantum processor / driven open quantum systems / online paper / quantum information processing / quantum computing / trapped-ion systems / energy / /

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Cambridge Univ. / National Intelligence / European Union / University of Copenhagen / /

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Ladd / Barrett / /

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Author / D. J. / Director / Author Information Reprints / D.J. / T. D. / /

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M. B. / Colorado / /

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cryptography / laser / lasers / microwave / simulation / programmable two-qubit quantum processor / /

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