After successful completion of the course, students are able to indicate the most important phenomena of the structure of nuclei and their excitations and to explain the corresponding theoretical methods for their description.
Central subject of the course are the basics of the structure of nuclear structure, their determination and description
1) Basics of nuclear physics (nucleons, global properties of nucleim conserved quantities)
2) Interactions in atomic nuclei (deuteron, Yukawa nd NN potentials)
3) Models of nuclear physics (Fermi-gas model, liquid drop model, shell model, deformed nuclei)
4) Mean-field methods (Hartree-Fock, quasi-particle, Brückner-, RPA-method)
5) Nuclear decays (radiative decays, isomere states, alpha- and beta-decay)
6) Exotic nuclear states (at the limit of binding, hyper nuclei, mesonic atoms)
