International audienceIn series of recent theory articles, predictions have been formulated suggesting the existence of nuclear states whose mean-field Hamiltonians and thus the implied geometrical shapes, are characterized by tetrahedral symmetry. Following these publications, series of experiments for the Rare-Earth region have been proposed and performed. In this article, we shortly summarize the theory evolution developed in the original articles and discuss the status of the issue in light of the preliminary results of the ongoing experimental analyses. More recent theoretical results cross checked with extended literature investigations, suggest that the Actinide region might contain the best experimental candidates to investigate the...
International audienceWe report on the recent progress in the application of the group-theory criter...
In the recent years an interesting suggestion has been made that nucleus, like many other quantum ob...
Geometrical symmetries play an important role in the understanding of all physical systems. In nucle...
International audienceIn series of recent theory articles, predictions have been formulated suggesti...
International audienceFollowing a series of experiments launched by the TetraNuc collaboration to po...
International audienceIn a recent article [1] group-theory representation-methods have been combined...
In a recent article [1] group-theory representation-methods have been combined with the realistic me...
International audienceIn a recent article [1] group-theory representation-methods have been combined...
18 pages, 4 figures, submitted to International Journal of Modern Physics EWe discuss a point-group-...
In a recent article [1] group-theory representation-methods have been combined with the realistic me...
International audienceThere is an increasing number of theoretical predictions suggesting that many ...
Calculations using realistic mean-field methods suggest the existence of nuclear shapes with tetrahe...
International audienceWe formulate criteria for identification of the nuclear tetrahedral and octahe...
We discuss the predictions of the large scale calculations using the re-alistic realisation of the p...
International audienceWe report on the recent progress in the application of the group-theory criter...
In the recent years an interesting suggestion has been made that nucleus, like many other quantum ob...
Geometrical symmetries play an important role in the understanding of all physical systems. In nucle...
International audienceIn series of recent theory articles, predictions have been formulated suggesti...
International audienceFollowing a series of experiments launched by the TetraNuc collaboration to po...
International audienceIn a recent article [1] group-theory representation-methods have been combined...
In a recent article [1] group-theory representation-methods have been combined with the realistic me...
International audienceIn a recent article [1] group-theory representation-methods have been combined...
18 pages, 4 figures, submitted to International Journal of Modern Physics EWe discuss a point-group-...
In a recent article [1] group-theory representation-methods have been combined with the realistic me...
International audienceThere is an increasing number of theoretical predictions suggesting that many ...
Calculations using realistic mean-field methods suggest the existence of nuclear shapes with tetrahe...
International audienceWe formulate criteria for identification of the nuclear tetrahedral and octahe...
We discuss the predictions of the large scale calculations using the re-alistic realisation of the p...
International audienceWe report on the recent progress in the application of the group-theory criter...
In the recent years an interesting suggestion has been made that nucleus, like many other quantum ob...
Geometrical symmetries play an important role in the understanding of all physical systems. In nucle...