Boulder / Paris / Denver / Lancaster / Pretoria / Wuhan / Atlanta / /
Company
Astro Ltd. / J.I. Cirac A.S. / WILEY-VCH Verlag GmbH & Co. KGaA / Vescent Photonics Inc. / Henkel / Sandia National Laboratory / Ge / Lincoln Laboratories / M. Sa / /
Country
Switzerland / South Africa / Australia / United Kingdom / China / Germany / United States / / /
Facility
Siegen University / Wabash College / Imperial College / Griffiths University / University of Hannover / Mainz University / Osaka University / University of Sydney / University of Ulm / Sussex University / Duke University / Oxford University / University of Aarhus / University of Washington / Simon Fraser University / Weizmann Institute / University of California Berkeley / National University of Singapore / National Institute of Standards and Technology / Innsbruck University / Georgia Tech Quantum Institute / University of Maryland / Wuhan Institute of Physics / /
IndustryTerm
information processing / generalpurpose quantum information processing / recognized potential practical applications / quantum information processing / condensed matter systems / optical systems / straightforward solutions / Possible near-term applications / potential applications / quantum processor / vacuum processing / large-scale processing / quantum systems / search algorithm / nonlinear optical systems / quantum communication systems / kinetic energy / /
Organization
Faculty of Science / University of Washington / University of California / National Laser Center / University of Maryland / University of Sydney / Osaka University / Duke University / University of Aarhus / Wuhan Institute of Physics and Mathematics / Oxford University / University of Ulm / Wabash College / Chinese Academy of Sciences / PTB / National University of Singapore / Weizmann Institute / School of Physics / MIT / Sussex University / Innsbruck University / University of Hannover / D. Leibfried NIST / Time and Frequency Division / Imperial College / Georgia Tech Quantum Institute / Siegen University / Mainz University / US National Institute of Standards and Technology / Simon Fraser University / Griffiths University / /
Person
D. Leibfried / C.F. Roos / Artur Ekert / Christian Ospelkaus / S.L. Gilbert / D.J. Heizen / D.M. Meekhof / D.J. Szwer / Mike Thorpe / Yves Colombe / R.B. Blakestad / J.H. Wesenberg / Ulrich Warring / D.L. Moehring / Ryan Bowler / J.J. Bollinger / J.M. Gilligan / P. Maunz / D. Wineland / S.C. Webster / Jian Yao / John Bollinger / J.A. Beall / Yiheng Lin / Andrew Wilson / Kenton Brown / David Hanneke / Jim Bergquist / D.J. Wineland / J. Eschner / D.M. Lucas / R.E. Drullinger / Richard Feynman / T. Deuschle / P.C. Haljan / Wayne Itano / G. Raizen / N. Shiga / L. Deslauriers / R. Ozeri / B.E. King / Peter Zoller / Aaron VanDevender / G. Imreh / Jason Amini / D. Hayes / W. Neuhauser / P.E. Toschek / C. Becher / J.C. Bergquist / A.M. Steane / C. Langer / W.M. Itano / James Chou / Ignacio Cirac / John Jost / S. Olmschenk / L.M. Duan / R. Blatt / J.D. Jost / A. Brickman / D.N. Matsukevich / C. Monroe / David Leibrandt / G. Blair / N.M. Linke / G.P.T. Lancaster / Joe Britton / J. Britton / /
Laser Phys. Lett. 8, No. 3, 175–[removed]DOI[removed]lapl[removed]Abstract: The use of trapped atomic ions in the field of quantum information processing is briefly reviewed. We summarize the basic mechani