SMI-2023: 14th International Conference on Stopping and Manipulation of Ions and Related Topics

Laser spectroscopy is one of the pillars of nuclear-physics research with radioactive ion beams, allowing to determine mean-square charge radii, spins and electromagnetic moments of nuclear ground states and isomeric states from the lightest to the heaviest nuclei currently produced. These observables, in turn, play an essential role in the interpretation of nuclear structure and the...

S3LEB (Super Separator Spectrometer-Low Energy Branch) is a low energy radioactive ion beam facility, which will be employed for the study of exotic nuclei, under commissioning as a part of GANIL-SPIRAL2 facility [1]. High intensity primary beams, delivered by the superconducting LINAC of the SPIRAL 2 facility, will allow for increased production rate for nuclear fusion evaporation reaction...

The new SPIRAL2 facility with its Super Separator Spectrometer (S${}^3$) at GANIL is set to produce record intensities of neutron-deficient isotopes close to the proton dripline [1]. The products will be stopped and neutralized in the gas cell of the S${}^3$ Low Energy Branch (S${}^3$-LEB) [2,3], then extracted and studied by laser spectroscopy, mass spectrometry and decay spectroscopy. The...