Nuclear shape coexistence is the phenomenon in which distinct shapes occur within the
same nucleus and at a similar energy. In this work, we provide an overview of the …

In the present paper, we report the results from the study of excited states in the Se 72
nucleus using the Cr 50 (Si 28, α 2 p) Se 72 fusion evaporation reaction at a beam energy of …

The nuclear structure of 66 Se, nucleus beyond the N= Z line on the proton-rich side of the
valley of stability, was investigated by the neutron knock-out reaction 67 Se (12 C, X) 66 Se …

On the basis of the adiabatic self-consistent collective coordinate method, we develop an
efficient microscopic method of deriving the five-dimensional quadrupole collective …

Using a method whereby molecular and atomic ions are independently selected, an
isobarically pure beam of Se 70 ions was postaccelerated to an energy of 206 MeV using …

Excited states in the Kr 70 and Br 70 nuclei were populated via the Ca 40 (S 32, 2 n) Kr 70
and Ca 40 (S 32, pn) Br 70 fusion-evaporation reactions at the Accelerator Laboratory of the …

High-spin band crossings in N= Z nuclei have been suggested to contain information on T=
0 neutron-proton pairing correlations. Several experiments that produced high angular …

Low-energy Coulomb excitation provides a well-understood means of exciting atomic nuclei
and allows measuring electromagnetic moments that can be directly related to the nuclear …

Background: In the selenium isotopes various shape phenomena are present, in particular,
the emergence of a dominant oblate deformation in the most neutron-deficient isotopes has …

The oblate-prolate shape coexisting/mixing phenomena in proton-rich Se 68, 70, 72 are
investigated by means of the adiabatic self-consistent collective coordinate (ASCC) method …