Speaker
Emanuela Boicu
(GDED)
Description
The low-lying 1⁺ and 2⁺ states hold significant interest in nuclear structure studies as they offer insights into the isovector nature of low-lying nuclear excitations. In even-even Cr isotopes, low-lying M1 modes, arising from the interference between orbital and spin magnetic moments, have been explored using the advanced microscopic theoretical model of the large-scale shell model (LSSM). Theoretical results from LSSM are compared with existing experimental data. For Cr isotopes yet to be experimentally studied, these findings serve as valuable predictions.
