Speaker
Description
Nuclear observables, such as binding energies, electromagnetic moments, and charge radii, arise from various effects that govern nuclear properties. Studying these properties often requires fast measurement techniques due to the short half-lives of the isotopes of interest. In recent years, the Multi-Reflection Time-of-Flight (MR-ToF) device has become a key instrument in the investigation of nuclear binding energies of isotopes with half-lives in the order of a few tens of milliseconds and is now also used to perform colinear laser fluorescence spectroscopy. In this contribution, we will explore the latest results of the MR-ToF devices at CERN-ISOLDE, including precision mass measurements and ion beam composition studies at ISOLTRAP, colinear laser spectroscopy at MIRACLS, and plans for employing a high-energy MR-ToF device for the antiproton-unstable matter annihilation experiment PUMA.
