Projects 2017

Literature survey and presentations

• Pairing models and solution of the BCS
• Tamm-Dankoff Approximation, Random Phase Approximation and applications
• Complex eigenvalue problem, continuum and halo nuclei
• Solution of the Schrödinger and Dirac equations and the spin-orbital coupling
• The effect of the spin-orbit coupling in many-body systems
• Validity of the Geiger-Nuttall law for nuclear alpha decay
• Structure of hypernucleus and strangeness degree of freedom
• Effective field theory and nucleon-nucleon interaction 
• Evolution of the nuclear shell structure
• Rotation and Vibration in molecules and atomic nuclei.
• Seniority symmetry and applications

 Computational subjects

• Nuclear shell model and Lanczos approach for the eigenvalue problem with C++, Fortran or others
• Density functional theory and numerical realization of the Hartree-Fock approach with Fortran or others
• Exact solution of the pairing with mathematica or Python
• Astrophysical process, heavy-Element Nucleosynthesis and r-process simulation with Java
• Random Phase Approximation and Quasiparticle Random Phase Approximation calculations with Fortran