Chiral geometry and rotational structure for ${}^{130}$Cs in the projected shell model

Abstract

The projected shell model with configuration mixing for nuclear chirality is developed and applied to the observed rotational bands in the chiral nucleus ${}^{130}$Cs. For the chiral bands, the energy spectra and electromagnetic transition probabilities are well reproduced. The chiral geometry illustrated in the $Kplot$ and the $azithumalplot$ is confirmed to be stable against the configuration mixing. The other rotational bands are also described in the same framework.

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Cited by in corpus (12)

• Rotating deformed halo nuclei and shape decoupling effects
• Multiple chiral doublet bands with octupole correlations in reflection-asymmetric triaxial particle rotor model
• Reexamine the nuclear chiral geometry from the orientation of the angular momentum
• Dynamics of rotation in chiral nuclei
• $g$-factor and static quadrupole moment for the wobbling mode in ${}^{133}$La
• Pseudospin symmetry and octupole correlations for multiple chiral doublets in 131Ba
• Multi-chiral facets in symmetry restored states: Five chiral doublets candidates in even-even nucleus ${}^{136}$Nd
• Two-dimensional collective Hamiltonian for chiral and wobbling modes II: Electromagnetic transitions
• Nuclear matrix elements of neutrinoless double-$\beta$ decay in the triaxial projected shell model
• Nuclear chiral rotation induced by superfluidity
• The evolution of the chiral symmetry in cesium isotopes
• High-Spin Doublet Band Structures in odd-odd ${}^{194-200}$Tl isotopes