Conveners
Session XII (Parallel Session)
- Enrico Fioretto (LNL)
The collinear resonance ionization spectroscopy experiment (CRIS) at ISOLDE-CERN has been developed developed as a sensitive technique to access to electromagnetic properties of exotic nuclei. This technique provides observables that are key for our understanding of the nuclear many-body problem; nuclear spins, electromagnetic moments, and changes in the root-mean-square charge radii. This...
Hyperfine structure measurements of the neutron-deficient indium ($Z=49$) isotopes, approaching the heaviest self-conjugate doubly-magic nucleus $^{100}\mathrm{Sn}$, have been performed using collinear resonance ionization spectroscopy [1]. These measurements provide an important benchmark in the development of many-body methods, which are now able to predict properties around the $Z=N=50$...
The structure of deformed, neutron-rich nuclei in the rare-earth region is of significant interest for both the nuclear-structure and astrophysics fields. Although much progress is being made in our understanding of the r-process, a satisfactory explanation for the elemental peak in abundance near A=160 is still elusive. Understanding the origin of this peak may be a key to correctly...
