Faddeev calculations of Ξd scattering with three ΞN models produce s-wave phase shifts and momentum correlation functions, showing significant breakup effects in the J=3/2 channel and quantitative differences between models.
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New transfer reaction data on 11Be supports positive parity for the 3.40 MeV state and matches Daejeon16 ab initio predictions for the halo rotational band.
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$\Xi$-deuteron low-energy $s$-wave phase shifts and momentum correlation functions in Faddeev formulation
Faddeev calculations of Ξd scattering with three ΞN models produce s-wave phase shifts and momentum correlation functions, showing significant breakup effects in the J=3/2 channel and quantitative differences between models.
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Spectroscopy of $^{11}$Be from the $^{10}$Be($d,p$) reaction measured in inverse kinematics by the AT-TPC in SOLARIS
New transfer reaction data on 11Be supports positive parity for the 3.40 MeV state and matches Daejeon16 ab initio predictions for the halo rotational band.