WNM`25

Session

Session 4

13 mai 2025, 11:10

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

25. N=40 : from IOI to IOI

Dr Frederic NOWACKI (IPHC Strasbourg)

13/05/2025 11:10

The development of collectivity along the N = Z is one of the subjects that has recently attracted great experimental efforts. In particular, heavy N = Z nuclei in the mass region A = 80 are expected to be some of the most deformed ground states which have been found[1] in mid-mass nuclei, typically 8p−8h, 12p−12h for e.g. the cases of 76Sr, 80Zr. This strong enhancement of collectivity with...

34. Can we measure g factors of short-lived excited states at GSI/FAIR?

Dr Asli Kusoglu (ELI-NP)

13/05/2025 11:40

A. Kuşoğlu
Extreme Light Infrastructure – Nuclear Physics, Horia Hulubei National Institute for R&D in Physics and Nuclear Engineering (IFIN/HH), 30 Reactorului Street, 077125 Bucharest-Magurele, Romania

Nuclear g factors are highly sensitive to single-particle aspects of the wave function and serve as a particularly potent probe of nuclear structure in regions where the nuclear shell...

15. Prospects for IPAC measurements

Volker Werner (TU Darmstadt)

13/05/2025 12:00

The method of integral perturbed correlations (IPAC) will briefly be introduced and its potential for application at RIB facilities, in particular FAIR, will be considered. IPAC is a well-known method for the measurement of typically ns-lived excited states. It is based on the precession of nuclei in their excited states in a strong magnetic field, requiring a gamma-gamma coincidence...

52. G-factor measurement using Colomb excitation and transient magnetic field technique

Samit Mandal

13/05/2025 12:20