Austria / Canada / Australia / United Kingdom / / /
Event
Person Communication and Meetings / /
Facility
University of Waterloo / Macquarie University / Griffith University / University of Queensland / University of Bristol / /
IndustryTerm
twolevel quantum systems / candidate systems / higher dimensional quantum systems / famous quantum algorithm / universal quantum computing / bulk-ensemble nmr information processing / information carrier / quantum algorithm / experimental quantum computing / source technology promise significant improvements / even small quantum algorithms / computing / scale quantum algorithms / nmr quantum computing / quantum systems / electronic and vibrational energy levels / search algorithm / quantum computing / level information carrier / quantum algorithms / /
Movie
A. D. / /
OperatingSystem
L3 / /
Organization
Cambridge University / Centre for Quantum Dynamics / Institute for Quantum Computing / Griffith University / Brisbane / University of Queensland / United States Army / University of Bristol / Physics Department / Institute for Quantum Optics and Quantum Information / Macquarie University / Sydney / Austrian Academy of Sciences / University of Waterloo / Department of Physics / Centre for Quantum Photonics / Centre for Quantum Computer Technology / /
Person
David Kielpinski / William Munro / /
Product
A-190 Vienna / /
ProvinceOrState
Queensland / North Carolina / California / /
PublishedMedium
Journal of Modern Optics / Physical Review Letters / /
Quantum computing using shortcuts through higher dimensions B. P. Lanyon1 , M. Barbieri1 , M. P. Almeida1 , T. Jennewein1,2 , T. C. Ralph1 , K. J. Resch1,3 , G. J. Pryde1,4 , J. L. O’Brien1,5 , A. Gilchrist1,6 & A. G.