Orateur
Description
Nuclear moments have, by now, been measured for many decades. When it comes to measurements of long-lived states (t1/2 > ms), laser spectrosocpy and magnetic resonance methods have delivered a wealth of accurate and reliable data. In this contribution, I will give a few examples of this state-of-the-art, sampling from measurements performed at ISOLDE/CERN and the accelerator laboratory in Jyvaskyla/Finland. This will provide context for the second part of the talk, which will discuss some (or all) of the following through the lens of up-and-coming high-precision techniques: hyperfine anomalies/higher-order nuclear moments/molecular probes. In doing so, I will give a short update on the current status of our offline development laboratory at IKS/KU Leuven, where we seek to improve the accuracy of laser spectroscopy techniques substantially.
