- Introduction: Experimental hints for an extension of classical mechanics.
- Wave mechanics: Concepts, Schroedinger equation and its solutions, two body problem.
- Framwork of QM: mathematical framework, elementary principles, symmetries, identical particles.
- QM of the angular momentum: general angular momentum, spin, H2-molecule.
- QM approaches: varations, stationary and time dependent Schroedinger equation.
- Path integral formulation of QM: path integral, propagator, gauge invariance, Ahranov-Bohm effect.
- Quantum entaglement: EPR-paradoxon, quantum informatics.
Lecture will be in english.
- any book on QM, for example:
-L.Ballantine, Quantum Mechanics - A Modern Development, World Scientific.
-A.Messiah: Quantum Mechanics I and II, de Gruyter.
-J.J.Sakurai: Moder Quantum Mechanics, World Scientific.
-C.Cohen-Tanoudji, B.Diu, F.Laloe: Quantum Mechanics I and II, de Gruyter.
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| Degree programme/academic programme | Validity | Variant | Subdivision | Status | Semester | LP | |
|---|---|---|---|---|---|---|---|
| Physik / Bachelor | (Enrollment until SoSe 2011) | Kern- und Nebenfach |