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Superconducting quantum computing / Trapped ion quantum computer / Quantum information science / Physics / Qubit


PRL 112, [removed]week ending 16 MAY[removed]PHYSICAL REVIEW LETTERS
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Document Date: 2014-05-15 18:05:38

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File Size: 2,73 MB

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City

Orlando / W. D / London / /

Company

D. W. Abraham N. A. / /

Country

United States / /

/

Facility

University of California / /

IndustryTerm

usual qubit energy relaxation / induced qubit energy relaxation time / energy leakage rate / test chip / fault tolerant protocols / fault tolerant protocol / /

Organization

U.S. Government / University of California / Santa Barbara / National Intelligence / John M. Martinis* Department of Physics / /

Person

L. S. Bishop / R. Schoelkopf / J. Majer / K. Murch / I. Siddiqi / S. Boutin / Daniel Sank / A. Wallraff / S. J. Weber / A. Blais / J. Gambetta / R. J. Schoelkopf / S. Weber / W. A. Braff / D. Schuster / L. Frunzio / A. Nunnenkamp / C. Macklin / J. Chow / J. M. Gambetta / John M. Martinis / Evan Jeffrey / S. Huang / M. H. Devoret / M. Boissonneault / S. M. Girvin / /

Position

Director / Bishop / /

ProvinceOrState

California / /

PublishedMedium

PHYSICAL REVIEW LETTERS / /

Technology

fault tolerant protocols / fault tolerant protocol / microwave / test chip / integrated circuit / /

URL

http /

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