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Universitäts-Sternwarte MünchenFakultät für Physik der Ludwig-Maximilians-Universität |
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Master of Science in Physik mit Schwerpunkt Astrophysik /
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| Prerequisites for Students | Qualified Bachelor’s Degree in Physics or Astrophysics |
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| Start | Winter Term or Summer Term |
| Duration | 4 semesters including a master thesis implemented during the last two semesters |
| Credits | The Degree “Master of Science in Physics” comprises 120 ECTS-Credits |
Schedule of Studies / Übersichtsplan:
| 1st Semester | 2nd Semester | 3rd and 4th Semester | |||
|---|---|---|---|---|---|
| Courses of Astrophysics / Elective Lectures | Preparation for Master’s Thesis and Master’s Thesis |
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| A: P4 | CP | A: P5/P6/P7 | CP | A: P8/P9 | CP |
| ELA Astrophysics I L 4 + SWS 2 (P4.0.1 + P4.0.2) |
9 | ELA Astrophysics L 2 + SWS 2 (P4.0.3 + P4.0.4) |
6 | TW research project preparation phase 26 weeks work |
30 |
| ELA Astrophysics L 2 + SWS 2 (P5.2.3 + P5.2.4) |
6 | ||||
| ELA Astrophysics L 2 + SWS 2 (P6.0.3 + P6.0.4) |
6 | ||||
| P Laboratory A/B/C SWS 2+2+2 (P5.2.7 + P6.0.7 + P7.0.7) |
3+3+3 =9 |
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| Courses of Physics | A: P10 | CP | |||
| P: P1/P2/P3 | CP | P: P5 | CP | TW research project production phase 26 weeks work |
30 |
| CLP Advanced Experimental Physics (P1) L 4 + SWS 2 |
9 | CLP/S Physics – Qualification II (P5.1) SWS 2 |
3 | ||
| CLP Advanced Theoretical Physics (P2) L 4 + SWS 2 |
9 | ||||
| CLP Physics – Qualification I (P3) SWS 2 |
3 | ||||
| Total number of CP: | 30 | Total number of CP: | 30 | Total number of CP: | 60 |
Notation:
| CLA | = | Course Lecture Astrophysics | A | = | Astrophysics |
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| ELA | = | Elective Lecture Astrophysics | P | = | Physics |
| CLP | = | Course Lecture Physics | SWS | = | Number of weekly hours (the unit is 45 min) |
| ELP | = | Elective Lecture Physics/Mathematics | L | = | Lecture Duration (the unit is 45 min) |
| E | = | Exercises | CP | = | Credit Points based on the ECTS-system |
| P | = | Practical Work (Laboratory) | TW | = | Thesis Work |
| S | = | Seminar |
Notes on astrophysics courses in Semesters 1 and 2:
| Courses of A: P4 – Basics of advanced Astrophysics I | ||
|---|---|---|
| Winter Term 1st or 2nd Semester | CP | |
| ELA | Astrophysics I (Matter, Radiation, Hydrodynamics, Plasma, Stars, Planets) L 4 (P4.0.1) | 9 |
| E | Exercises SWS 2 (P4.0.2) | |
| Total number of CP: | 9 | |
| Courses of A: P5/P6/P7 - Basics of Advanced Astrophysics II | ||
| Summer Term 1st or 2nd Semester | CP | |
| ELA | Lecture group 1) L 2 (P4.0.3) | 6 |
| E/S | Exercises / Seminar SWS 2 (P4.0.4) | |
| ELA | Lecture group 1) L 2 (P5.2.3) | 6 |
| E/S | Exercises / Seminar SWS 2 (P5.2.4) | |
| ELA | Lecture group 1) L 2 (P6.0.3) | 6 |
| E/S | Exercises / Seminar SWS 2 (P6.0.4) | |
| P | Astrophysical laboratory A with exercises SWS 2 (P5.2.7) | 3 |
| P | Numerical laboratory B with exercises SWS 2 (P6.0.7) | 3 |
| P | Instrumental laboratory C with exercises SWS 2 (P7.0.7) | 3 |
| Total number of CP: | 27 | |
| Remarks: | 1) | Subject area of the lecture group:
Planets, stars and star formation / Interstellar Medium and atmospheres / Structure and evolution of galaxies / Cosmology and large scale structures / Theoretical and numerical methods of astrophysics / Experimental and observational methods of astrophysics |
(For an obligatory documentation see: Study and examination regulations.)
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