COLLAPS (COLlinear LAser sPectroScopy) stands at ISOLDE as a pioneering setup in the field of laser spectroscopy. This experiment focus on the measurement of distinctive nuclear properties of short-lived and exotic radioactive nuclei. These properties include nuclear spins, electromagnetic moments, and charge radii, which are extracted through the hyperfine structures and isotope shifts.

At the heart of COLLAPS's inquiry are fundamental questions about the nature of nuclear existence: What are the limits of nuclear existence? How do simple patterns emerge in complex nuclei? Are there new forms of structure far from stability? To address these questions, the COLLAPS team is dedicated to developing laser spectroscopy techniques of exceptional precision and sensitivity.

For more details about our recent results, the link to our publications is given here .