New York / Princeton / Amsterdam / London / College Park / /
Company
Cambridge University Press / Riton Press / Academic Press Inc. / USA Laboratory / /
Country
United States / /
Currency
USD / / /
Facility
University of Rochester / /
IndustryTerm
energy levels / excitation energy / energy nonconserving / energy shift / energy relaxation time / unperturbed energy levels / electronic and mechanical devices / macroscopic mechanical device / mechanical systems / quantum systems / energy difference / energy shifts / energy / mechanical device / similar systems / singleelectron devices / energy level spectroscopy / perturbed energy levels / energy eigenstates / related systems / statedependent energy shifts / perturbed energy / similar energy shifts / energy eigenbasis / energy splitting / energy spectra / physical systems / atom-cavity systems / larger systems / energy quantization / /
Organization
Cambridge University / National Security Agency / University of Rochester / Rochester / Department of Physics and Astronomy / /
Person
Juan Pablo Paz / Michael Wulf / Alexander Shnirman / Miles Blencowe / Wojciech H. Zurek / Yuriy Makhlin / David J. Wineland / C. Bruder / Michel H. Devoret / Nicholas Bigelow / Robert J. Schoelkopf / Andrew Skinner / Mehran Mehregany / Xuedong Hu / S. Haroche / V / Florian Marquardt / Christian A. Zorman / Robert C. Retherford / Ivar Martin / Salman Habib / Farid Ya / Arthur Vandelay / Andrew Armour / Miles P. Blencowe / Michael L. Roukes / Norman F. Ramsey / Wayne M. Itano / K. SCHWAB FIG / Paul R. Berman / Carlos Sanchez / Sankar Das Sarma / Willis E. Lamb / Jr. / E. K. IRISH / /
PHYSICAL REVIEW B 68, 155311 共2003兲 Quantum measurement of a coupled nanomechanical resonator–Cooper-pair box system E. K. Irish1,2 and K. Schwab2,* 1