Analog Devices / Linear Technology / DESIGN A. Hardware / Xilinx / B. Software / /
Country
United States / /
Currency
USD / / /
Facility
National Institute of Standards and Technology / USA Georgia Tech Research Institute / IF port / University of Colorado / /
IndustryTerm
filter chain / ion-based quantum information processing / larger scale quantum information processing / quantum information processing / thermal energy / quantum systems / error correction algorithms / rapid quantum information processing / error correction algorithm / electronics / quantum information processor / preparing electronics / /
Organization
USA Georgia Tech Research Institute / Department of Physics / National Institute of Standards and Technology / US Federal Reserve / University of Colorado / Boulder / /
Person
T. Schaetz / D. M. Lucas / C. J. Wang / D. Leibfried / C. A. Sackett / D. J. Wineland / R. Bowler / R. Reichle / R. Ozeri / J. K. Freericks / R. Jördens / Nat / D. Kielpinski / J. Gaebler / J. M. Amini / J. D. Jost / K. R. Brown / W. Schnitzler / M. A. Rowe / C. Langer / H. Uys / R. L. Jarecki / Jr. / E. Knill / S. D. Habermehl / D. Stick / M. G. Blain / M. Hettrich / K. Ott / W. M. Itano / J. J. Bollinger / D. Wineland / S. T. Dawkins / K. Singer / C. S. Wood / F. Schmidt-Kaler / M. J. Biercuk / J. H. Wesenberg / Y. Lin / C. Monroe / U. Poschinger / Y. Colombe / D. Hanneke / D. L. Moehring / T. Deuschle / /
REVIEW OF SCIENTIFIC INSTRUMENTS 84, [removed]Arbitrary waveform generator for quantum information processing with trapped ions R. Bowler,1,a) U. Warring,1 J. W. Britton,1 B. C. Sawyer,1 and J. Amini2,b) 1