Berlin / Heidelberg / Augsburg / Leipzig / New York / /
Company
Oxford University Press / IBM / World Scientific / Quantum Dissipative Systems / Plenum Press / Open Quantum Systems / Fig / John Wiley & Sons / /
Country
Germany / Singapore / U.S.S.R / / /
Facility
National University of Singapore / /
IndustryTerm
energy levels / lowest-lying energy levels / anharmonic systems / energy eigenspectrum / nonequilibrium solution / order-by-order solution / nondegenerate systems / correct steady-state solution / energy eigenbasis / energy spectrum / energy level populations / quantum systems / analytic solution / energy difference / system operator / energy differences / energy differences ij / degenerate systems / energy / /
Organization
National University of Singapore / Singapore / Institut f¨ur Physik Universit¨at Augsburg / Center for Computational Science and Engineering / American Physical Society / Oxford University / Department of Physics / U.S. Securities and Exchange Commission / /
Person
Hangbo Zhou / Jian-Sheng Wang / Peter Talkner / PETER HANGGI / JUZAR THINGNA / /
PHYSICAL REVIEW E 88, [removed]Reduced density matrix for nonequilibrium steady states: A modified Redfield solution approach Juzar Thingna,1,2,* Jian-Sheng Wang,1 and Peter H¨anggi1,2 1