FYSS3470 Introduction to nuclear models and interpretation of experimental data (4 cr)
Learning outcomes
At the end of this course, students will be able to identify basic nuclear properties and explain main features of their theoretical descriptions. Students will be able to outline what are the underlying theoretical concepts behind various theoretical models, where these models can be applied to, what are their limitations, and how well they can explain measured data. Students will learn about the different experimental observables for the testing of theoretical models.
Study methods
Participation in the lectures and learning diary. A presentation of selected course related topic.
Content
Introduction to various nuclear models and their theoretical concepts; strengths and weaknesses of various models; use of nuclear models in the interpretation of experimental data; experimental data for nuclear models.
Materials
Selected scientific articles on course related topics will be provided.
Assessment criteria
Active participation in the lectures is expected.
Prerequisites
Students enrolling for this course are expected to have studied Nuclear Physics (FYSS3300).