Speaker
Andrew STUCHBERY
(The Australian National University)
Description
We propose to perform Coulomb excitation using a $^{58}$Ni beam on a $^{124}$Te target using the combination of the AGATA and SPIDER detector arrays. Sufficient yields of $\gamma$ rays will be obtained that will enable us to meet the following goals:
- Determine the spectroscopic quadrupole moments of the 2$^+_1$, 2$^+_2$, and 4$^+_1$ states;
- Determine the matrix elements for the 4$^+_2 \to 4^+_1$, 4$^+_2 \to 2^+_2$, 0$^+_3 \to 2^+_2$, and perhaps the 0$^+_4 \to 2^+_2$ transitions;
- Determine the $\langle \cos 3\delta\rangle$ value for the 0$^+_1$ state;
- Determine the $\langle Q^2 \rangle$ value for the 0$^+_2$ state.
Authors
Andrew STUCHBERY
(The Australian National University)
Magda Zielinska
(CEA Saclay)
Paul Garrett
(University of Guelph)
