A semiclassical approach combined with adiabatic approximation is applied to the particle+
triaxial rotor (PTR) model in order to derive the collective potential and mass parameters of a …

The possible existence of wobbling modes in the N= 59 isotones Kr 95, Sr 97, Zr 99, Mo 101,
Ru 103, Pd 105, and Cd 107 is explored by the constrained triaxial covariant density …

Wobbling motion in a system comprising a triaxial rotor and a single quasiparticle is studied
employing the particle-rotor model. The energy spectra, wobbling frequencies …

The characterization of multi-time correlations in open quantum systems is of fundamental
importance. In this work, we investigate multi-time processes using the process matrix …

The influences of deformation parameters β and γ on the wobbling motion have been
investigated in the framework of particle rotor model taking the valence nucleon h 11/2 and i …

The dynamics of medium odd-mass nuclei with triaxial cores and non-axial rigid
quasiparticle alignments is investigated in a semiclassical approach. Quantum observables …

A systematic investigation of the wobbling band structures observed in odd-mass nuclei of
$^{161,163,165,167} $ Lu, $^{167} $ Ta $^{131} $ Cs, $^{135} $ Pr, $^{151} $ Eu, $^{183} …

The experimental evidence for the collective wobbling motion of triaxial nuclei is reviewed.
The classification into transverse and longitudinal in the presence of quasiparticle …

The recent progresses on the wobbling motion are briefly introduced. So far 17 wobbling
candidates have been reported in odd-A and even-even nuclei that spread over A≈ 100 …

The well established rotational bands in atomic nuclei might be distorted due to the long-
range correlation force arising from the interaction of the valence protons and/or neutrons …