University of Georgia / University of Waterloo / University of Kansas / Yale University / /
IndustryTerm
low-energy eigenstates / thermal energy kB / qubit energy-level spacing / energy gap / quantum computing architectures / potential energy / energy scales / quantum information processing / multi-qubit systems / quantum interference devices / energy / /
Organization
University of Georgia / Athens / University of Maryland / MIT / ARCHITECTURES Michael R. Geller∗ and Emily J. Pritchett† Department of Physics / UC Berkeley / Physics Department / University of Kansas / Nanoscience / and Arnold Sommerfeld Center / SUNY / Center for Nanoscience / University of Waterloo / U.S. Securities and Exchange Commission / USA Andrew T. Sornborger‡ Department of Mathematics / Yale University / Delft University / /
Person
John Clarke / Yasunobu Nakamura / Emily J. Pritchett / Michel Devoret / John Martinis / Fred Wellstood / Michael R. Geller / Siyuan Han / Terry Orlando / James Lukens / /
QUANTUM COMPUTING WITH SUPERCONDUCTORS I: ARCHITECTURES Michael R. Geller∗ and Emily J. Pritchett† Department of Physics, University of Georgia, Athens, Georgia 30602, USA Andrew T. Sornborger‡ Department of Mathem