Astrophysical simulations require knowledge of a wide array of reaction rates. For a number
of reasons, many of these reaction rates cannot be measured directly and instead are …

The formal theories of breakup reactions are reviewed. The direct breakup mechanism that
is formulated within the framework of the post-form distorted-wave Born approximation, is …

A review of evidence on the properties of the A= 11 nuclei, with emphasis on material
leading to information about the structure of the A= 11 systems.

The structure of the neutron-rich carbon isotopes 1 6, 1 7, 1 9 C has been investigated using
one-neutron knockout reactions on a 9 Be target at approximately 60 MeV/nucleon. Partial …

Giant resonances are collective excitation modes for many-body systems of fermions
governed by a mean field, such as the atomic nuclei. The microscopic origin of such modes …

Coulomb breakup of unstable neutron-rich carbon isotopes 15, 17C has been studied at
energies around∼ 500–600 MeV/nucleon. Non-resonant low-lying dipole strength is …

The dynamical eikonal approximation unifies the semiclassical time-dependent and eikonal
methods. It allows calculating differential cross sections for elastic scattering and breakup in …

The dynamical eikonal approximation is a quantal method unifying the semiclassical time-
dependent and eikonal methods by taking into account interference effects. The principle of …

The structure of exotic nuclei has only been studied from around 1985, because they are
very short lived and because before that, it was not possible to produce and deliver them as …

I investigate the difficulties in obtaining the electromagnetic response of light, halolike nuclei
using reactions at radioactive beam facilities. A relativistic coupled-channels theory for the …