We present a review of recent applications of self-consistent relativistic mean-field models to
exotic nuclear structure. Based on concepts of non-renormalizable effective relativistic field …

Abstract Forty years ago Burbidge, Burbidge, Fowler, and Hoyle combined what we would
now call fragmentary evidence from nuclear physics, stellar evolution and the abundances …

We present nuclear reaction network calculations to investigate the influence of nuclear
structure on the rp-process between Ge and Sn in various scenarios. Due to the lack of …

▪ Abstract The proton drip-line defines the limit at which nuclei become unbound to the
emission of a proton from their ground states. Low-Z nuclei lying beyond this limit only exist …

The limits of nuclear stability have not been reached for most elements. Only for the lightest
elements are the minimum and maximum number of neutrons necessary to form an isotope …

Hot hydrogen burning has been analyzed for temperatures and densities typical for
explosive burning on compact objects and in supernovae. Reaction flow impedances due to …

One-proton and two-proton separation energies are calculated for proton-rich nuclei in the
region A= 41–75. The method is based on Skyrme Hartree-Fock calculations of Coulomb …

The idea to document the discovery of all isotopes was not an ad hoc decision, but it
developed over several years. In 2003, I was asked to write a review article about the drip …

Nuclear physics addresses the behavior and stability of assemblies of nucléons. In nature,
single nuclei are not found as clumps of neutrons or protons, but, instead, as a detailed …

We examine the phenomenon of proton emission from the ground states of heavy nuclei,
using a model of charged particle emission which has previously given a good description of …