Magnetic and chiral bands have been a hot subject for more than twenty years. Therefore,
quite large volumes of experimental data as well as theoretical descriptions have been …

In the last decade, the manifestation of chirality in atomic nuclei has become the subject of
numerous experimental and theoretical studies. The common feature of current model …

Since the prediction of nuclear chirality in 1997, tremendous progresses both theoretically
and experimentally have been achieved. Experimentally, 59 chiral doublet bands in 47 …

A particle rotor model (PRM) with a quasi-proton and a quasi-neutron coupled with a triaxial
rotor is developed and applied to study chiral doublet bands with configurations of an h 11/2 …

Open problems in the interpretation of the observed pair of near-degenerate ΔI= 1 bands
with the same parity as the chiral doublet bands are discussed. The ambiguities for the …

Three sets of chiral doublet band structures have been identified in the Rh 103 nucleus. The
properties of the observed chiral doublet bands are in good agreement with theoretical …

A study of the nucleus Ag 106 has revealed the presence of two strongly coupled negative-
parity rotational bands up to the 19-and 20-states, respectively, which cross each other at …

The nature of the chiral candidate bands in Ag 106, one of only two known examples of
candidates which actually cross, is investigated experimentally and theoretically. Lifetimes …

Chiral partner candidate bands have been found in Rh 103. As a result of this observation, a
special quartet of neighboring chiral candidate nuclei can be investigated for the first time …

Using the particle-rotor model (PRM), in which two quasiparticles are coupled to a triaxial
core, the negative-parity doublet bands in Rh 106 are studied. The quadrupole deformations …