Orateur
Yakun Wang
(Peking University)
Description
The relativistic configuration-interaction density functional theory, which combines the advantages of configuration-interaction shell model and relativistic density functional theory and allows to treat nuclear spectroscopic properties in the laboratory frame, is applied to investigate the chiral rotation in $^{130}$Cs. Both energy spectra and transition probabilities of the chiral doublets are well reproduced. The chiral geometries of the chiral doublets in $^{130}$Cs are clearly illustrated by the K plot and azimuthal plot. The present work provides the first microscopic and quantized description for the nuclear chiral rotation.
Auteur
Yakun Wang
(Peking University)
