Thorough knowledge of:

• nuclear structure, instability and reactions
• Iiteraction of radiation with matter
• detectors and instrumentation
• biological effects of radiation
• nuclear medicine
• nuclear power
• nucleosynthesis

• Elementary nuclear properties; Nucleons, mass, charge, magnetic moment, electric quadrupole moment, spin, isotopes, isotones, isobars, radioactivity
• Semi-empirical mass formula, Shell model, Single-particle aspects, Collective models
• Nuclear instability: Gamma, beta and alpha decay
• Interactions of radiation with matter: Fundamentals
• Detection methods for radiation
• Biological effects of radiation
• Industrial applications
• Nuclear medicine: CT-scan, PET-scan, MRI-scan, Radiotherapy
• Nuclear power generation: Fission.
• Nuclear fusion: Nucleosynthesis