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Quantum Logic Gates in Superconducting Qubits John M. Martinis Department of Physics University of California, Santa Barbara[removed]Dated: February 2, 2012)
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Document Date: 2012-02-02 19:29:24

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City

Cambridge / London / /

Country

United Kingdom / /

Facility

Physics University of California / /

IndustryTerm

error-correction protocols / energy-level diagram / dispersion energy / qubit energy / quantum processor / transition energy / aquantum factoring algorithm / electronics / off detuning energy / interaction energy / energy level diagram / quantum systems / fixed coupling energy / energy / /

Organization

Cambridge Univ. / University of California / Santa Barbara / Yale / Superconducting Qubits John M. Martinis Department / /

Person

H. Wang / A. N. Cleland / A. N. Korotkov / Erik Lucero / Y. Yin / B. R. Johnson / Andrei Galiautdinov / Emily J. Pritchett / Ashley M. Stephens / Peter Groszkowski / J. Wenner / Michael R. Geller / F. R. Ong / V / Austin G. Fowler / Matteo Mariantoni / J. Zhao / M. Weides / John M. Martinis / /

Position

designer / L. S. Bishop / /

ProvinceOrState

California / /

Technology

error-correction protocols / tomography / RezQu protocol / superconducting quantum processor / two-transmon processor / aquantum factoring algorithm / microwave / two-qubit algorithms / /

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