Conveners
Low Energy Physics 1
- Yorick Blumenfeld (Institut de Physique Nucléaire-Orsay)
H. Heylen$^1$, S.W. Bai$^2$, J. Billowes$^3$, M.L. Bissell$^3$, K. Blaum$^4$, B. Cheal$^5$, C.S. Devlin$^5$, R.F. Garcia Ruiz$^1$, W. Gins$^6$, C. Gorges$^7$, P. Imgram$^7$, A. Kanellakopoulos$^6$, S. Kaufmann$^7$, K. König$^7$, A. Koszorús$^6$, J. Krämer$^7$, S. Lechner$^{1,8}$, B. Maass$^7$, S. Malbrunot-Ettenauer$^1$, R. Neugart$^{4,9}$, G. Neyens$^{1,6}$, W. Nörtershäuser$^7$, T....
The ISOLDE Decay Station (IDS) [1] has been a permanent experiment used for studies of low-energy nuclear physics at the CERN-ISOLDE facility, since 2014. The core of the setup consists of four, high-efficiency, clover-type germanium detectors and a tape transportation system. These can be coupled to a number of ancillary detector arrays, used for alpha/beta/gamma spectroscopy, neutron...
With a proton hole in the Z = 50 shell closure, the indium isotopic chain (Z = 49) offers a compelling scenario to explore the evolution of nuclear-structure properties in the neighbourhood of the doubly-magic isotopes 100Sn (Z, N = 50) and 132Sn (N = 82).
This contribution will present two recent successful campaigns to measure the hyperfine spectra of the neutron-deficient neutron-rich...
The nucleus of $^8$He is characterized by the largest neutron-to-proton ratio among all known particle-stable nuclei. Beta decay of $^8$He has been investigated by Björnstadt et al. [1] and Borge et al. [2, 3] where $\beta$-delayed γ-ray, neutron and triton spectra were measured. In this contribution, the results of the new study of $\beta$-delayed neutron decay branch of $^8$He will be...
