The nucleus L 163 u has been populated through the reaction L 139 a (S 29 i, 5 n) with a
beam energy of 157 MeV. Three triaxial, strongly deformed (TSD) bands have been …

The wobbling motion of a triaxial rotor coupled to a high-j quasiparticle is treated
semiclassically. Longitudinal and transverse coupling regimes can be distinguished …

High-spin states in 161 Lu were investigated using the EUROBALL spectrometer. A
previously known triaxial superdeformed band has been extended to higher spins and a …

The low-lying negative parity states in the 133 Ba nucleus have been investigated using the
124 Sn (13 C, 4nγ) 133 Ba reaction at E lab= 48 MeV. With the addition of new γ-transitions …

The rotation of a triaxial nucleus can be represented (in a semiclassical description) as a
precession of the total angular momentum around a certain axis and at a given tilt …

We apply alternative representations of Holstein-Primakoff boson expansion to the particle-
rotor model as useful probes to test the stability and the physical contents of the exact …

The wobbling excitations in the presence of an appreciable amount of alignment are
expected to appear more easily at lower angular momenta of the yrast spectra, compared …

The transverse wobbling motion in odd-A nuclei is investigated by means of a semiclassical
treatment applied to a triaxial rotor Hamiltonian with a rigidly aligned high-j quasiparticle. An …

A new interpretation for the wobbling bands in the even-odd Lu isotopes is given within a
particle-triaxial rotor semiclassical formalism. While in the previous papers the bands TSD1 …

The simple, longitudinal, and transverse wobblers are systematically studied within the
framework of a collective Hamiltonian, where the collective potential and mass parameter …