After successful completion of the course, students are able to reproduce the contents as outlined in detail in the English version of "Lehrinhalte" in written as well as in oral form. Moreover the students will be able to apply the basic concepts of this course to simple examples.

Time dependent perturbation theory; Scattering theory; Measurement and density operator; Relativistic quantum mechanics; Symmetries in Quantum mechanics;  Quantum mechanics of many-body systems; Path-integrals.

Lecture with a strong and active student participation.

First Lecture: Tuesday 04.10.2022 13:00-14:45 FH HS6 (in presence)

First Exercises: Freitag 21.10.2022 10:00-11:00 (in presence)

(Registration to the exercise class possible from 28.09, will be compulsory till 04.10.2022 for the distribution of the students in the exercise groups)

Schedule:

• Lectures: Tue. 13:00-15:00, Thu. 13:00-14:00 FH HS6 (with a Plenum every second week)

• Exercises:               

1. Exercise: Friday 21.10.2022 (10:00)
2. Exercise: Friday 04.11.2022 (10:00)
3. Exercise: Friday 18.11.2022 (10:00)
4. Exercise: Friday 02.12.2022 (10:00)
5. Exercise: Friday 16.12.2022 (10:00)
6. Exercise: Tentative date: Friday 13.01.2023 (10:00)
7. Exercise: Tentative date Friday 20.01.2023 (10:00)

1. Test: Fr. 25.11.2022 
2. Test: Tentative date: Fr. 27.01.2023 

Due to the unpredictable developments in connection with the Corona virus, the team behind this course reserves the right to change appropriate parts of the course and of the teaching/exam modalities.

Please note that as a last resort, we may have to hold online-exams. In this case you'll need at least a webcam and a smartphone or tablet.

Two written exams (85%):

In both exams 40% of the points are needed as a minimum.

An additional test at the beginning of the SS2022 can replace the exam in which less points have been gained. 

Time of tests: 2 1/2 hours; exam tasks from lectures and tutorials; take with you pen(s) ,  1 DIN A4 page (single side)

 Tutorium/"Kreuzerlübung" (15%):

At the beginning of each tutorium the students mark those exercises which they have prepared. If the student presents one of these at the black board, a weighting factor between 0 and 1 will be gained,  The Tutorium will be evaluated accoring to the Eq.:

     Minimum  (% of marked exercises, mean weighting factor for the black board presentation)

The Tutorium with the least points is not included  ( "Streichresult"  for not prepared Tutorium or for missed tutorium in case of illness),

Of the combined points (tests and tutorium) 50% are needed for passing, 62.5% for a grade of 3, 75% for a grade of 2, and 87.5% for a grade of 1.

Knowledge from the introductory course VU Quantum Theory I is expected.