microwave energy / stored energy / energy conservation / information processing / cor∞ responding energy loss / energy storage / conservation of√ energy / particular technology / energy dissipation / phase qubit technology / relative energy loss / energy-amplitude relation / microwave technology / present-day technology / resonator energy / energy decreases / quantum information processing / energy loss / energy efficiency / transmitted energy / untransmitted energy em em / classical microwave energy / large stored energy / energy 2Am τbu /2R / energy / /
Organization
American Physical Society / Alexander N. Korotkov Department of Electrical Engineering / U.S. Securities and Exchange Commission / University of California / Riverside / /
Person
F. Altomare / Andrew Cleland / Kyle Keane / Michael Geller / max B / Andrei Galiautdinov / G. Johansson / V / John Martinis / Alexander N. Korotkov / J. Strong / /
Position
author / τrt τrt / Here τrt / time constant τrt / same τrt / rt / A. 2τrt τrt / τrt / τrt /τrt / round-trip time τrt / case τrt / ACKNOWLEDGMENTS The author / /
PHYSICAL REVIEW B 84, Flying microwave qubits with nearly perfect transfer efficiency Alexander N. Korotkov Department of Electrical Engineering, University of California, Riverside, California 92521, USA