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Explore the structure of proton-rich nuclei through advanced nuclear physics techniques in this 27-minute conference talk from the Workshop on Multineutron Clusters in Nuclei and in Stars. Delve into the application of 3n-cluster (3He,6He) transfer reactions as a powerful experimental method for investigating the properties and characteristics of nuclei with excess protons. Learn how these transfer reactions provide insights into nuclear structure, binding energies, and the behavior of nucleons in proton-rich environments. Discover the theoretical framework behind cluster transfer mechanisms and understand how the comparison between 3He and 6He projectiles reveals information about neutron clustering effects. Examine experimental data and analysis techniques used to extract structural information from these nuclear reactions. Gain knowledge about the implications of these findings for our understanding of nuclear physics, particularly in regions far from stability where proton-rich nuclei exhibit unique properties and decay modes.
