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Quantum field theory / Hyperfine structure / Spin / Relaxation / Physics / Nuclear magnetic resonance / Dynamic nuclear polarisation


PHYSICAL REVIEW B 84, Nuclear spin dynamics in double quantum dots: Fixed points, transients, and intermittency M. S. Rudner,1 F. H. L. Koppens,2,3 J. A. Folk,2,4 L. M. K. Vandersypen,2 and L. S. Levitov5
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Document Date: 2012-01-05 10:58:15

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Delft / Barcelona / /

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Cambridge University Press / R. Hanson L. P. / /

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United States / Netherlands / Canada / United Kingdom / Spain / /

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University of British Columbia / Massachusetts Institute of Technology / Kavli Institute of NanoScience / Harvard University / /

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energy levels / electrostatic energy / resonant energy dependence / quantum information processing / realistic systems / nanoscale systems / physical systems / dynamical systems / energy / /

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Fermi / /

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Army Research Office / Cambridge University / Harvard University / American Physical Society / National Science Foundation / Massachusetts Institute of Technology / Institut de Ciencies Fotoniques / Department of Physics / U.S. Securities and Exchange Commission / NL NR / University of British Columbia / Vancouver / Kavli Institute of NanoScience / /

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D. Mahalu / V / /

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D. J. / model described / /

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British Columbia / Georgia / Massachusetts / /

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quantum dots / broadband / AsL / simulation / /

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