We investigate a linear chain configuration of three clusters with a neutron 13 C. To characterize this configuration, an operator P is introduced, which is the sum of parity inversion operators for each proton. The staes with positives expectation values for this operator are found to form a rotational band structure, and the moment of inertia agrees well with the experimentally suggested value. Allowing a small bending angle stabilizes the linear chain configuration of three clusters with a valence neutron, which is a hyper deformed stat
International audienceThe clustering of α particles in atomic nuclei results in the self-organizatio...
The decay properties of the linear-chain states in 14C are investigated by using antisymmetrized mol...
We study 4\alpha linear-chain states in 16O in comparison with 3\alpha states in 12C by using the Ge...
It is a well-known fact that a cluster of nucleons can be formed in the interior of an atomic nucleu...
To establish the existence of the linear-chain structure, we theoretically investigate excited state...
Effects of rotation and valence nucleons in molecular-like linear $\alpha$-chain nuclei are analyzed...
In the framework of clustering in light nuclei, 13C plays a crucial role since it can show a pronoun...
13C is the simplest neutron-rich system that can be formed starting from three α-clusters. The study...
The cluster structures of the excited states in 11B and 13C were discussed by measuring the isoscala...
We study the structure of $^{13}$C in the framework of the Cluster Shell Model. A comparison of the ...
We have studied three different 2n-transfer reactions on a 12C target, the 2p pick-up reaction on 16...
Extreme nuclear deformations provide great insight into the geometric formation of quantum many-body...
Neutron-rich10Be and 14C nuclei were studied via resonant α scattering of radioactive 6He and 10Be b...
An accurate understanding of the spectroscopy of 13C is key to understand clustering phenomena in li...
Recent studies of excited states in light nuclei show covalent binding between clusters due to th...
International audienceThe clustering of α particles in atomic nuclei results in the self-organizatio...
The decay properties of the linear-chain states in 14C are investigated by using antisymmetrized mol...
We study 4\alpha linear-chain states in 16O in comparison with 3\alpha states in 12C by using the Ge...
It is a well-known fact that a cluster of nucleons can be formed in the interior of an atomic nucleu...
To establish the existence of the linear-chain structure, we theoretically investigate excited state...
Effects of rotation and valence nucleons in molecular-like linear $\alpha$-chain nuclei are analyzed...
In the framework of clustering in light nuclei, 13C plays a crucial role since it can show a pronoun...
13C is the simplest neutron-rich system that can be formed starting from three α-clusters. The study...
The cluster structures of the excited states in 11B and 13C were discussed by measuring the isoscala...
We study the structure of $^{13}$C in the framework of the Cluster Shell Model. A comparison of the ...
We have studied three different 2n-transfer reactions on a 12C target, the 2p pick-up reaction on 16...
Extreme nuclear deformations provide great insight into the geometric formation of quantum many-body...
Neutron-rich10Be and 14C nuclei were studied via resonant α scattering of radioactive 6He and 10Be b...
An accurate understanding of the spectroscopy of 13C is key to understand clustering phenomena in li...
Recent studies of excited states in light nuclei show covalent binding between clusters due to th...
International audienceThe clustering of α particles in atomic nuclei results in the self-organizatio...
The decay properties of the linear-chain states in 14C are investigated by using antisymmetrized mol...
We study 4\alpha linear-chain states in 16O in comparison with 3\alpha states in 12C by using the Ge...