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September 10, 2025Open Access

Cluster structure of the ground state of light exotic nuclei beyond α clustering

TZTania Zanatta-MartinezLaboratoire de Physique des 2 Infinis Irène Joliot-Curie VGV. Girard-AlcindorCentre National de la Recherche Scientifique DBD. BeaumelLaboratoire de Physique des 2 Infinis Irène Joliot-Curie

Key Points

Preliminary results show triton clustering in neutron-rich beryllium isotopes, enhancing understanding of nuclear structure.
Differential cross sections were measured to compare with DWBA calculations derived from cluster wave functions.
The experiment utilized the MUGAST-EXOGAM-ZDD setup at GANIL, ensuring precise detection of charged particles and gamma-rays.
Ongoing analysis aims to provide quantitative insights into triton clustering, offering implications for nuclear physics research.

Abstract

Preliminary results of a study on triton clustering in neutron-rich 10 Be and 12 Be isotopes through triton ( p,α ) and alpha ( d , 6 Li) transfer are presented. The experiment was performed using the LISE fragmentation beam line of GANIL, making use of the MUGAST-EXOGAM-ZDD setup, which ensures accurate measurement of charged particles and gamma-rays. The experiment, currently under analysis, aims to compare the measured differential cross sections with DWBA calculations performed using microscopic and cluster wave functions derived from models such as AMD or THSR. This ongoing analysis aims to provide quantitative insights into triton clustering in neutron-rich beryllium isotopes. The detection setup used in this experiment is presented, along with preliminary results on the data analysis.

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