2.1.3. Specialization in Experimental Physics

2.1.3.1. Advanced Physics Laboratory

• 260057 PR 10 ECTS Experimental course in radioactivity and nuclear physics
  Gr. 1 Friedmann, Fr 13:00-19:00 (11×)
  Gr. 2 Friedmann, Th 09:00-15:00 (13×)
• 260202 VO+PR 10 ECTS Laboratory course in low temperature physics
  Gröger
• 260020 PR 6 ECTS Practical exercises at the reactor
  Rauch
• 260003 PR 10 ECTS Computational Physics Praktikum
  Neumann

2.1.3.2. Additional Courses

• 260030 VO 3 ECTS [ en ] Physics and applications of matter waves
  Arndt
• 260143 VO 3 ECTS Deterministic Chaos I
  Posch, Tu 15:00-17:00 (16×), Fr 15:00-17:00 (12×)
• 260170 VO 3 ECTS Radioactivity: Radionuclide Metrology and Data Evaluation - (also supplementary and attending to the practical nuclear physics and radioactivity course)
  Winkler
• 260110 VO 3 ECTS Basic experiments in nuclear and particle physics
  Rauch
• 260114 VO 3 ECTS Macroscopic properties of crystals
  Rupp, Tu 10:30-12:00 (16×)
• 260072 SE 5 ECTS Applied Statistical Physics and Simulation - ASPUS
  Dellago
• 260145 UE 2 ECTS Computing exercises in nuclear physics - Computing exercises with regard to usual problems in nuclear radiation physics
  Kühtreiber, Mo 16:45-17:30 (15×)
• 260053 SE 5 ECTS Seminar coherence of photons and of molecules
  Zeilinger
• 260174 SE 5 ECTS Seminar phenomenology of nuclear physics
  Friedmann, We 16:15-17:45 (14×)
• 260213 SE 5 ECTS [ en ] Quantum Optics Seminar - This seminar is part of the doctoral program on Complex Quantum Systems (CoQuS), but also open for all Master students and advanced Bachelor students.
  Arndt, Mo 15:00-16:30 (15×)
• 260048 UE 3 ECTS Exercises for measurements of magnetic fields I
  Asenbaum
• 260049 UE 3 ECTS Fourier analysis of magnetic fields I
  Asenbaum