WNM`25

Session

Session 3

13 mai 2025, 09:00

bat. 100, Salle de Conseils (IJCLab, Orsay)

30. Lessons learned from the g-RISING campaign at GSI

Prof. Dimiter Balabanski (ELI-NP, IFIN-HH)

13/05/2025 09:00

In 2006 three g-factor experiments were carried out at the FRS in GSI. Two of them addressed a measurement of the g factor of the 19/2+ isomer in 127Sn. In the first one, it was populated in relativistic fission of 238U, and in the second one through relativistic fragmentation of 126Xe. The third experiment addressed the g factor of the 12+ isomer in 192Pb was studied in relativistic...

12. Laser spectroscopy studies, hot physics questions in nuclear moment measurements and perspectives

Kieran Flanagan (University of Manchester)

13/05/2025 09:30

A fundamental open question in modern nuclear physics relates to the persistence of shell closures far from stability. Improvements in the capability of radioactive beam facilities, has allowed access to rare isotopes and enabled techniques with higher precision to be used. This has shown that in several regions of the nuclear chart there are surprising and dramatic changes in nuclear...

77. Future paths for nuclear moments studies

Ruben de Groote

13/05/2025 10:00

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...

17. Polynomial trends in nuclear electromagnetic observables

Deyan YORDANOV (IPN)

13/05/2025 10:30

Nuclear species with large imbalances between protons and neutrons are tough to produce and live incredibly short. Ever fewer atomic nuclei become the subject of new scientific inquiries each year. In this emerging reality, contemporary nuclear data tend to be local, with the associated interpretations often limited in scope and applicability.

However, nuclear electromagnetic properties...