Isospin Symmetry Breaking in Mirror Nuclei $^{23}$Mg$-$$^{23}$Na
A. Boso
(1)
,
M. Lenzi
(1)
,
F. Recchia
(1)
,
J. Bonnard
(1)
,
S. Aydin
(2)
,
M. Bentley
,
B. Cederwall
,
E. Clément
(3)
,
G. de France
(3)
,
A. Di Nitto
,
A. Dijon
(3)
,
M. Doncel
,
F. Ghazi-Moradi
,
A. Gottardo
,
T. Henry
,
T. Hüyük
,
G. Jaworski
,
P.R. John
,
K. Juhasz
,
I. Kuti
,
B. Melon
,
D. Mengoni
,
C. Michelagnoli
,
V. Modamio
,
D.R. Napoli
,
M. Nyakó
,
J. Nyberg
,
M. Palacz
,
J.J. Valiente-Dobón
M. Bentley
- Function : Author
B. Cederwall
- Function : Author
A. Di Nitto
- Function : Author
M. Doncel
- Function : Author
F. Ghazi-Moradi
- Function : Author
A. Gottardo
- Function : Author
T. Henry
- Function : Author
T. Hüyük
- Function : Author
G. Jaworski
- Function : Author
P.R. John
- Function : Author
K. Juhasz
- Function : Author
I. Kuti
- Function : Author
B. Melon
- Function : Author
D. Mengoni
- Function : Author
C. Michelagnoli
- Function : Author
V. Modamio
- Function : Author
D.R. Napoli
- Function : Author
M. Nyakó
- Function : Author
J. Nyberg
- Function : Author
M. Palacz
- Function : Author
J.J. Valiente-Dobón
- Function : Author
Abstract
Mirror energy differences (MED) are a direct consequence of isospin symmetry breaking. Moreover, the study of MED has proved to give valuable information of several nuclear structure properties. We present the results of an experiment performed in GANIL to study the MED in mirror nuclei $^{23}$Mg–$^{23}$Na up to high spin. The experimental values are compared with state-of-the-art shell model calculations. This permits to enlighten several nuclear structure properties, such as the way in which the nucleons alignment proceeds, the radius variation with J, the role of the spin-orbit interaction and the importance of isospin symmetry breaking terms of nuclear origin.