Behavior of the collective rotor in nuclear chiral motion

Abstract

The behavior of the collective rotor in the chiral motion of triaxially deformed nuclei is investigated using the particle rotor model by transforming the wave functions from the $K$-representation to the $R$-representation. After examining the energy spectra of the doublet bands and their energy differences as functions of the triaxial deformation, the angular momentum components of the rotor, proton, neutron, and the total system are investigated. Moreover, the probability distributions of the rotor angular momentum ($R$-plots) and their projections onto the three principal axes ($K_R$-plots) are analyzed. The evolution of the chiral mode from a chiral vibration at the low spins to a chiral rotation at high spins is illustrated at triaxial deformations $\gamma =20^{\circ }$ and $30^{\circ }$.

arXiv comment21 pages, 6 figures

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Cited by in corpus (5)

• Nuclear effective field theory: status and perspectives
• Static quadrupole moments of nuclear chiral doublet bands
• Coexistence of planar and aplanar rotations in ${}^{195}$Tl
• Covariant density functional theory for nuclear chirality in ${}^{135}$Nd
• Negative-parity high-spin structure of 105Pd