After the discovery of discrete rotational bands corresponding to superdeformed nuclei with spin around 60h, the study of the structure of these nuclei over the last five years has witnessed a significant expansion in physical understanding with the emergence of new phenomena and in a technical development with the construction of sophisticated apparatus to examine these nuclei. On the eve of the approaching operation of news detectors such as EUROGAM resulting from a French-British collaboration,or the American GAMMASPHERE, this article discusses the present state of knowledge on superdeformation and exposes the theoretical basis as well as recent experimental results in the field
International audienceThe Niels Bohr Institute (NBI) has played a leading role in the development of...
Many high spin rotational bands in superdeformed nuclei have been found in the A ~ 140-150 region, b...
The nuclei $^{144,145,146}$Gd have been populated at high spins using heavy ion reactions at the VIC...
After the discovery of discrete rotational bands corresponding to superdeformed nuclei with spin aro...
This paper reviews the most recent advances in the understanding of the physics of superdeformed nuc...
Nuclear superdeformation at high spin was discovered a little over 30 years ago. Since then, a large...
The advent of large Ge arrays and their ancillary detectors has greatly advanced spectroscopic studi...
For the study of superdeformation the nuclei "1"4"4","1"4"5Gd wer...
Four experiments were made to search for superdeformation in "1"4"4","1&quo...
The nuclei "1"4"4","1"4"5","1"4"6Gd have been...
The atomic nucleus can adopt a very elongated shape with an axis ratio 2:1 : this is the superdeform...
It is possible that some nuclei may attain even greater quadrupole deformations than those observed ...
Using the supersymmetry scheme including many-body interactions, we investigate the superdeformed (S...
A search for the gamma decay of the Giant Dipole Resonance built on superdeformed nuclear configurat...
The results are presented from the experiments using the EUROBALL and RFD/HECTOR arrays, concerning ...
International audienceThe Niels Bohr Institute (NBI) has played a leading role in the development of...
Many high spin rotational bands in superdeformed nuclei have been found in the A ~ 140-150 region, b...
The nuclei $^{144,145,146}$Gd have been populated at high spins using heavy ion reactions at the VIC...
After the discovery of discrete rotational bands corresponding to superdeformed nuclei with spin aro...
This paper reviews the most recent advances in the understanding of the physics of superdeformed nuc...
Nuclear superdeformation at high spin was discovered a little over 30 years ago. Since then, a large...
The advent of large Ge arrays and their ancillary detectors has greatly advanced spectroscopic studi...
For the study of superdeformation the nuclei "1"4"4","1"4"5Gd wer...
Four experiments were made to search for superdeformation in "1"4"4","1&quo...
The nuclei "1"4"4","1"4"5","1"4"6Gd have been...
The atomic nucleus can adopt a very elongated shape with an axis ratio 2:1 : this is the superdeform...
It is possible that some nuclei may attain even greater quadrupole deformations than those observed ...
Using the supersymmetry scheme including many-body interactions, we investigate the superdeformed (S...
A search for the gamma decay of the Giant Dipole Resonance built on superdeformed nuclear configurat...
The results are presented from the experiments using the EUROBALL and RFD/HECTOR arrays, concerning ...
International audienceThe Niels Bohr Institute (NBI) has played a leading role in the development of...
Many high spin rotational bands in superdeformed nuclei have been found in the A ~ 140-150 region, b...
The nuclei $^{144,145,146}$Gd have been populated at high spins using heavy ion reactions at the VIC...