Abstract
Nuclear reactions are a powerful tool for obtaining information on yet unknown aspects of nuclear structure. This work combines an elaborate reaction framework, based on the Faddeev equations, with novel nonlocal nucleon-nucleus potentials including core excitations. The authors show that nonlocalities lead to an improved description of inelastic deuteron scattering data and may impact the extracted structure information. These results may serve as motivation for exploring a wider range of reaction frameworks.
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