Course Structure Bachelor of Physics
1st Semester
- Physics I (integrated course), 15 CP
- Higher Mathematics I, 9 CP
- Elective subject: "Introduction to Programming" or "General and Inorganic Chemistry for Physics" (Lecture), 9/12 or 6 CP
2nd Semester
- Physics II (integrated course), 15 CP
- Higher Mathematics II, 9 CP
- Elective subject: General and Inorganic Chemistry for Physics" (Laboratory Exercises) , 4 CP
3rd Semester
- Physics III (integrated course), 15 CP
- Higher Mathematics III, 9 CP
- Experimental Exercises I, 6 CP
4th Semester
- Physics IV (integrated course), 15 CP
- Higher Mathematics IV, 6 CP
- Numerical Mathematics for Physics and Engineering, 6 CP
- Experimental Exercises II, 6 CP
5th Semester
- Introduction to Solid State Physics, 9 CP
- Introduction to Particle Physics, 9 CP
- Thermodynamics und Statistical Physics, 9 CP
6th Semester
- Experimental Excercises for Advanced Students, 6 CP
- Bachelor Thesis with Presentation, 10 CP
5th and 6th Semester
- Elective area with 14-16 CP, of which at least 8 from physics
We have summarised examples of the design of the elective area for the most common thematic emphases in these study plans .
![Band structure of 2D semimetal based on HgTe quantum well. Experimental points are obtained from the analysis of the cyclotron resonance in the quasi-classical approximation. Solid lines are predictions of the kp theory with no free parameters. Splitting of the conduction (e1,2) and valence (h1) band is due to the quantum confinement. [J. Gospodaric, AP, et al., PRB 104, 115307].](/storages/physik/_processed_/b/5/csm_Kolloquium_Pimenov_0fa7761647.png)





