Recent applications of relativistic mean field theory for finite nuclei are reviewed. We discuss
the description of ground states of nuclei and their properties like nuclear radii as well as …

We discuss the pairing gap, a measure for nuclear pairing correlations, in chains of
spherical, semi-magic nuclei in the framework of self-consistent nuclear mean-field models …

The medium-to-heavy mass ytterbium isotopes (70 Yb) in the rare-earth mass region are
known to be well-deformed nuclei, which can be populated to very high spins. Spectroscopic …

Configuration-constrained calculations of potential-energy surfaces in even-even
superheavy nuclei reveal systematically the existence at low excitation energies of …

The signature inversion in the πh11/2⊗ νh11/2 rotational bands of the odd–odd Cs and La
isotopes and the πh11/2⊗ νi13/2 bands of the odd–odd Tb, Ho and Tm nuclei is investigated …

In order to extract informations on pairing correlations in nuclei from experimental masses,
the different contributions to odd-even mass differences are investigated within the Skyrme …

Cranked relativistic Hartree–Bogoliubov theory without and with approximate particle
number projection by means of the Lipkin–Nogami method is presented in detail as an …

Even-even A≈ 110 nuclei approaching the astrophysical r-process path have been
investigated using both the cranked and the configuration-constrained shell models. The …

The moments of inertia of super-deformed nuclei in the Hg-Pb region are investigated.
Deformation and pairing effects are treated self-consistently by means of the cranked …

An exact, number-conserving solution to the generalized, orbit-dependent pairing problem is
derived by introducing an infinite-dimensional algebra. A method for obtaining eigenvalues …