Electric monopole, E 0 transitions in nuclei are reviewed. Values for ρ 2 (E 0)× 1 0 3, X (E
0/E 2) and q K 2 (E 0/E 2) are tabulated. Particular attention is paid to a complete re …

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 selenium isotopes lie at the heart of a tumultuous region of the nuclear chart where
shape coexistence effects grapple with neutron-proton pairing correlations, triaxiality, and …

Advances in accelerator technology have enabled the use of exotic and intense radioactive
ion beams. Enhancements to tracking detectors are necessary to accommodate increased …

Abstract The Spes Low-energy Internal Conversion Electron Spectrometer (SLICES) is a
new electron spectrometer designed to perform off-beam measurements at the beta decay …

The precise modeling of the de-excitation of Gd isotopes is of great interest for experimental
studies of neutrinos using Gd-loaded organic liquid scintillators. The FIFRELIN code was …

Conversion electron spectroscopy is a valuable tool in nuclear structure studies, but the
complex spectra resulting from the high density of levels in the spectra of heavy nuclei make …

Internal conversion coefficients have been measured for transitions in 110 Pd to allow the
determination of electric monopole (E 0) transition strengths. Excited states were populated …

In this chapter the current status of in-beam spectroscopy to measure nuclear
electromagnetic transitions in order to unravel the structure of excited states of the atomic …

The nature of 0+ states in deformed nuclei has been an open question in nuclear structure
studies. This question arose from the viability of superimposed vibrations on a deformed …