Conveners
Atomic Techniques for Nuclear Structure 2
- Andrei Andreyev (IKS)
In this contribution, we present measurements of the nuclear magnetic dipole moments and nuclear electric quadrupole moments of the 113-131In isotope chain, performed using the Collinear Resonance Laser Spectroscopy experiment at ISOLDE, CERN. In addition to future prospects for laser spectroscopy of In isotopes.
We show that the electromagnetic properties of the neutron-rich indium...
Laser spectroscopy has since long been used to determine differential nuclear charge radii $\delta\langle r^2\rangle$ for stable and short-lived isotopes. Only for hydrogen-like systems it has been possible to extract the nuclear mean-square charge radius $\langle r^2\rangle$ directly from optical spectra, which has been successfully used for hydrogen [1], muonic hydrogen [2], deuterium [3]...
Collinear laser spectroscopy (CLS) is a powerful tool to access nuclear ground-state properties such as nuclear spin, electromagnetic moments and charge radii [1]. However, to explore ‘exotic’ nuclides with very low production yields at radioactive ion beam facilities, e.g. $^{34}$Mg, more sensitive methods have been or are being developed.
To this end, the novel Multi-Ion Reflection...
