M. P. Qin / Lawrence Berkeley National Laboratory / G. As / /
Country
Norway / United States / China / Sweden / /
Currency
pence / /
Facility
Institute of Physics / University of Illinois / University of Oslo / Royal Institute of Technology / Institute of Theoretical Physics / University of California at Berkeley / Stockholm University / /
IndustryTerm
symmetry / energy levels / quantum torus chain / lowest-energy levels / low-energy spectra / low-energy spectrum / spin chains / low-lying energy spectrum changes / energy gap / energy gaps / overall energy scale / boson systems / ground-state energy / torus chain / internal symmetry / 1D chain / tensor products / low-energy / low-energy conformal field theories / constant energy / energy spectrum / lowest-energy state / integer spin chains / energy spectra / energy difference / energy differences / energy / /
Organization
Stockholm University / University of California / University of Illinois / Institute of Theoretical Physics / Chinese Academy of Sciences / Institute of Technology / US DOE / AlbaNova University Center / University of Oslo / U.S. Securities and Exchange Commission / Institute of Physics / China Department of Physics / /
Person
Ann / LEE PHYSICAL / /
Position
model in the region / Fisher / Phys / I. M. Singer / /
PHYSICAL REVIEW B 86, Quantum torus chain M. P. Qin,1 J. M. Leinaas,2 S. Ryu,3 E. Ardonne,4,5 T. Xiang,1,6 and D.-H. Lee7,8 1