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University of Georgia / California Institute of Technology / University of California / /
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faster quantum-information-processing protocols / energy-conserving / qubit-resonator systems / analytic perturbative solutions / coupled qubit-resonator systems / information-processing regime / quantum computing applications / low-energy dynamics / quantum computing architectures / theoretical tool / quantum information processing / e-print / computing / energy level spacing / energy / /
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California Institute of Technology / Cambridge University / USA Department of Physics / University of Georgia / Athens / T. Sornborger / 1 Andrew N. Cleland / 2 and Michael R. Geller3 Department of Mathematics / National Science Foundation / DARPA/ DMEA Center for Nanoscience Innovation for Defence / University of California / Santa Barbara / Department of Physics and Astronomy / /
PHYSICAL REVIEW A 70, Superconducting phase qubit coupled to a nanomechanical resonator: Beyond the rotating-wave approximation 1