A short-range EFT for deformed s-wave halo nuclei reduces to the particle-rotor model at leading order, renormalizes spectra for 11Be and 17C, and yields regulator-stable ANCs plus improved breakup cross sections after one NLO operator is added.
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The review demonstrates with CDCC and DEA calculations that the ratio of breakup to summed elastic cross sections tracks a projectile-structure form factor for loosely bound low-l halos, and proposes a numerical version for harder cases.
Lecture notes providing an introduction to quantum scattering theory and established models for nuclear breakup reactions in halo nuclei.
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A short-range effective theory for single-neutron halo nuclei with a deformed core
A short-range EFT for deformed s-wave halo nuclei reduces to the particle-rotor model at leading order, renormalizes spectra for 11Be and 17C, and yields regulator-stable ANCs plus improved breakup cross sections after one NLO operator is added.