Foundations of quantum mechanics: fundamental experiments, Schrödinger equation, wave mechanics, Dirac formalism, eigenvalue problems, scattering theory, angular momentum and spin, harmonic oscillator, measurement processes in quantum theory, hydrogen atom, perturbation theory.
First lecture: Thursday, 4.10. 2018 10:00 FH HS 5
First exercises: Friday, 12.10. 2018 10:30 (Registration is compulsory - till October 4th 2018 midnight )
Schedule:
- Mi.: 9:00-10:00 alternating Plenum and Lectures
- Exercises: Fr. 10:30-11:30
Two written exams (80%):
23.11.2018 and 25.1.2019 at 2 pm
In each exams 40% of the points are needed as a minimum.
An additional test on 22.3.2019 starting at 16:00 in the FH HS1 replaces the exam in which less points have been gained.
Duration of tests: 2 1/2 hours; exam tasks from lectures and tutorials; you are allowed to take with you: pen(s) , 1 DIN A4 page (single side). Student ID.
Tutorium/"Kreuzerlübung" (20%):
At the beginning of each tutorium the students marks those exercises which they have prepared. If the student presents one of these at the black board, a weighting factor between 0 and 1 is assigned, The Tutorium is evaluated according to the Eq.:
minimum (% of marked exercises * mean weighting factor for the black board presentation)
The Tutorium with the least marked exercises is not included ( "Streichresult" for not prepared Tutorium or for missed tutorium in case of illness),
50% of the combined points (tests and tutorium) are needed to pass (grade 4). 62.5% for grade 3, 75% for grade 2, 87.5% for grade 1.
A "scriptum" for the course is available in TISS, buying it is possible from end September on in the IFP secretary's office, Freihaus 8.OG yellow. It is self-evident that the scriptum cannot replace attendening the lectures.
Further reading:
1.) F. Schwabl, Quantenmechanik (Springer)
2.) A. Messiah, Quantum Mechanics, 2 Bde (North Holland)
3.) C. Cohen Tannoudji et al., Quantum Mechanics, 2 Bde (MCGraw-Hill)
4.) L.D. Landau u. E. M. Lifshitz, Quantenmechanik (Lehrbuch der Theoretischen Physik, Bd. III)
5.) M. Bartelmann et al., Theoretische Physik (Springer) -> Quantenmechanik-Kapitel