V. V. Dobrovitski A. E. / Research Laboratory / P. Rabl A. S. / F. Jelezko A. S. / matrix Ae / /
Country
United States / /
Currency
pence / / /
Facility
Research Laboratory of Electronics / Massachusetts Institute of Technology / /
IndustryTerm
experimental systems / real spin networks / energy scale / arbitrary networks / random dipolar networks / regular spin networks / energy shift / dipolar coupled spin networks / large networks / spin systems / end-spin energy / natural spin networks / arbitrary bulk network / dipolar coupled networks / distributed quantum processor / type network / arbitrary spin networks / symmetric network / regular networks / regular network / degenerate networks / important quantum computing architecture / type networks / desired energy / spin chain / spin operator / quantum information processor / random network / energy eigenbasis / spin network / particular network / dipolar coupled network / dipolar random network / spin networks / random networks / dipolar network / /
OperatingSystem
L3 / /
Organization
National Science Foundation / Massachusetts Institute of Technology / American Physical Society / US Federal Reserve / Paola Cappellaro* Department of Nuclear Science / /
Person
R. Hanson / V / Nat / J. Tissler / V / J. Meijer / V / A. Yacoby / Ashok Ajoy / Paola Cappellaro / /
Position
completely arbitrary bulk network HB / HB / Prime Minister / rt / part HB / β√= HB / representative / βHB / /
ProvinceOrState
Alberta / Nevada / New York / Massachusetts / Ontario / /
PHYSICAL REVIEW B 87, [removed]Perfect quantum transport in arbitrary spin networks Ashok Ajoy and Paola Cappellaro* Department of Nuclear Science and Engineering and Research Laboratory of Electronics, Massachuset