- Trainer/in: Bertmer Marko
Molekülphysik:
- Theorie der chemischen Bindung. Adiabatische Näherung.Orbitale (LCAO).Rotations- und Schwingungsspektroskopie (Raman, Brillouin). Franck-Condon-Prinzip.
Kernphysik:
- Kerneigenschaften, Kernkräfte und Kernstrukturmodelle. Kernreaktionen und -zerfälle
Elementarteilchenphysik:
- Elementarteilchen, Prozesse, Symmetrien. Beschleuniger und Nachweismethoden. Starke, Elektromagnetische, Schwache Wechselwirkung.
- Trainer/in: Deiglmayr Johannes
- Trainer/in: Jankuhn Steffen
- Trainer/in: Jantzen Caroline
- Trainer/in: Maercker Axel
- Trainer/in: Märcker Axel
- Trainer/in: Meijer Jan Berend
- Trainer/in: Peper Michael
- Trainer/in: Trautmann Martin
- Trainer/in: von Wenckstern Holger
This lecture is intended for students of the Master's studies or IPSP programme in Physics. Basic knowledge in quantum mechanics and relativistic physics will be required.
- Trainer/in: Spemann Daniel
Aims
Students comprehend the basic terms, phenomena and concepts of atomic and molecular physics. After active participation in the module, they are able to analyze and independently solve tasks from these areas. They can apply the acquired knowledge to typical experiments and transfer them to new problems. They are able to work with terms of atomic and molecular physics and to present and justify their solutions to problems in these areas.
Content Atomic physics
- Hydrogen atom: Schrödinger equation, orbitals, energy and angular momentum quantization
- Spin and Stern-Gerlach experiment, spin-orbit coupling, relativistic effects
- Atoms with multiple electrons: Pauli principle, Hund's rules, systematics of the atomic structure, periodic table
- Atoms in external fields, spectroscopy, optical transitions, selection rules, Laser
- Fundamentals of quantum statistics: Fermi-Dirac and Bose-Einstein statistics, Bose-Einstein condensation
Molecular physics
- Hydrogen molecule, molecular orbitals (LCAO)
- Chemical bonds, hybridization, quantum chemistry
- Rotational and vibrational states of molecules, degrees of freedom
- Molecular spectroscopy (IR-FTIR, Raman, Brillouin, NMR, fluorescence)
- Carbon backbone, macromolecules, proteins, polymers
- Random walk, polymer and protein size
- Entropic forces, rubber elasticity, persistence length of polymers
- Multipolymer systems, entanglement, tube model and reptation, viscoelasticity
- Trainer/in: Grosser Steffen
- Trainer/in: Korn Jannis
- Trainer/in: Kubitschke Hans
- Trainer/in: Rose Ricardo
- Trainer/in: Schnauss Jörg
- Trainer/in: Soltani Seyedeh Mojgan
- Trainer/in: Ziese Michael
Molekülphysik 1
- Mechanische Eigenschaften
- Moleküle in elektrischen und magnetischen Feldern
- Massenspektroskopie
- Molekülspektren
- Große Moleküle, Biomoleküle, Übermoleküle
Festkörperphysik 1
- Kristallstrukturen
- Beugung an periodischen Strukturen
- "Freie" Elektronen in Festkörpern und Bandstrukturen
- Halbleiter
- Trainer/in: Bauer Jan
- Trainer/in: Deiglmayr Johannes
- Trainer/in: Schnauss Jörg
Modul 12-PHY-BPEP2
"Experimentalphysik 2 - Wärmelehre & Elektrizitätslehre"
B.Sc. Physik (deutschsprachig)
B.Sc. Meteorologie
Sommersemester 2021
- Trainer/in: Maercker Axel
- Trainer/in: Märcker Axel
- Trainer/in: Schnohr Claudia