Expected Number of Participants
40-50
Further Grading Information
Exam: oral or written examination
A grade bonus can be obtained through active participation in the exercises.
Official Course Description
Students
[list]
[*]know concepts, phenomena, and notions of nuclear physics as well as examples for nuclear applications,
[*]are capable of understanding nuclear models and formulating a mathematical ansatz for nuclear-physics problems,
[*]and are competent in solving problems with respect to nuclear and particle physics, communicating the results, and estimating the accuarcy of their analyses.
[/list]
Online Offerings
moodle
40-50
Further Grading Information
Exam: oral or written examination
A grade bonus can be obtained through active participation in the exercises.
Official Course Description
Students
[list]
[*]know concepts, phenomena, and notions of nuclear physics as well as examples for nuclear applications,
[*]are capable of understanding nuclear models and formulating a mathematical ansatz for nuclear-physics problems,
[*]and are competent in solving problems with respect to nuclear and particle physics, communicating the results, and estimating the accuarcy of their analyses.
[/list]
Online Offerings
moodle
- Lehrende: Thomas Aumann
- Lehrende: Martin Baumann
- Lehrende: Marco Alexander Knösel
- Lehrende: Oliver Möller
- Lehrende: Heiko Scheit
Semester: ST 2023