Abstract
By comparing the excitation energies of analogue states in mirror nuclei, several nuclear structure properties can be studied as a function of the angular momentum up to high spin states. They can be described in the shell model framework by including electromagnetic and nuclear isospin-non-conserving interactions. Calculations for the mirror energy differences in nuclei of the f7/2shell are described and compared with recent experimental data. These studies are extended to mirror nuclei in the upper sd and fp shells.
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