Recent progress regarding multiple chiral doublet bands () is reviewed from the
experimental and theoretical perspectives. In particular, the experimental findings …

The signature-splitting of the energies, B (M1)-values and dynamical quadrupole moments
in 159 Tm are investigated by means of the extended particle-rotor model. In particular, the …

The chirality in rubidium isotopes is investigated for the first time by using adiabatic and
configuration-fixed constrained triaxial relativistic mean-field theory. Several minima with the …

The analysis of mixing ratios δ of the ΔI= 1 linking transitions in the chiral and multiple chiral
doublet bands with the ideal case are theoretically performed for the first time by employing …

The nearly degenerate triplet bands with the $\pi {g} _ {9/2}^{-1}\otimes\nu {h} _ {11/2}({g} _
{7/2}^{-1},{d} _ {5/2}^{-1}) $ configuration in 105 Ag are studied via the relativistic mean-field …

Following the observation of candidate chiral doublet bands in 78, 80 Br, triaxial
deformations with corresponding configurations in odd-odd bromine isotopes have been …

In this article, we calculate the form-factors of the transitions B→ a 1 (1260), b 1 (1235) in the
leading-order approximation using the light-cone QCD sum rules. In calculations, we choose …

The potential energy surfaces of the even-even 68–92 Se, 112–150 Ba, and 208–230 Ra
isotopes are calculated using the macroscopic-microscopic method in a multidimensional …

The electromagnetic transition properties of the decuplet to octet baryon (Δ→ Nγ) is studied
within the framework of a hypercentral quark model. The confinement potential is assumed …

High-spin states of 165Er were studied using the 160Gd (9Be, 4n) reaction at beam
energies of 42 and 45 MeV. The previously known bands based on the ν5/2−[523] and …