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The MagicTin project aims to utilize an advanced active target detector to study nuclear shell evolution in neutron-rich isotopes. It will enhance understanding of nuclear forces and facilitate experiments with low-intensity exotic beams.
The MagicTin proposal aims at the use of a new generation active target detector (ACTAR) to study the shell evolution in exotic Sn isotopes.
The goal of this project is to commission the ACTAR demonstrator, optimizing it for the neutron-rich beams produced at the forthcoming second generation radioactive ion beam facilities.Worldwide, the availability of exotic ion beams is providing new insight on the evolution of nuclear shells far from beta stability, advancing our understanding of the nuclea…
KATHOLIEKE UNIVERSITEIT LEUVEN
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