Cambridge University Press / Hchain / Correlated Systems / World Scientific / Republic of China 2 Beijing National Laboratory / Shu Chen / CNN / /
Country
Taiwan / France / United States / China / Singapore / /
Currency
pence / /
Facility
The Chinese University of Hongkong / Institute of Physics / Chinese University of Hong Kong / Fudan University / Institute of Theoretical Physics / University of California / /
IndustryTerm
energy levels / pyrochlore systems / frustrated magnetic systems / inner product / energy gap / finite energy / tetrahedron chain / ground-state energy / decoupled chain / spin systems / homogeneous spin tetrahedron chain / ground state energy / lower energy / tetrahedral spin chain / lowest energy / magnetic systems / energy / energy cost / spin tetrahedron chain / excited energy levels / spin chain / spin operator / trimer products / transition metal / spin lattice systems / horizontal chain / /
Organization
Cambridge University / Institute of Theoretical Physics / Chinese Academy of Sciences / National Science Foundation / Chinese University of Hong Kong / University of California / Santa Barbara / Chinese University of Hongkong / Hongkong / Institute of Physics / Fudan University / Shanghai / People’s Republic of China 4Kavli Institute for Theoretical Physics / /
Person
Sn / Bethe ansatz / Si / M. Troyer / F. Mila / Sm / A. Honecker / /
Position
model / the contractor / spin sawtooth model with Si / /
ProvinceOrState
HA / Hamiltonian / Hamiltonian Eq / South Carolina / California / /
PHYSICAL REVIEW B 74, 174424 共2006兲 Exact ground state and elementary excitations of the spin tetrahedron chain Shu Chen,1,2 Yupeng Wang,2 W. Q. Ning,1,3 Congjun Wu,4 and H. Q. Lin1 1Department