18.10.
|
1a. Introduction and organsiation |
Pavel Kroupa
|
19.10.
|
1b. Introduction and organsiation |
Pavel Kroupa
|
26.10.
|
2. Ch.1-4: Continuum spectrum, basic equations of stellar structure |
Frank Bertoldi
|
02.11.
|
3. Ch.1-4: Continuum spectrum, basic equations of stellar structure
|
Frank Bertoldi
|
09.11.
|
4. Ch.1-4: Basic equations of stellar structure
|
Frank Bertoldi
|
16.11.
|
5. Ch.5: Nuclear fusion
|
Ruediger Kneissl
|
23.11.
|
6. Ch.7-8: Star formation, brown dwarfs
|
Frank Bertoldi
|
30.11.
|
7. Ch.6,9,10,13,14,15: models / main sequence -> red giant /
low-mass star evolution / high-mass star evolution
|
Klaas de Boer
|
07.12.
|
8. Ch.6,9,10,13,14,15: models / main sequence -> red giant /
low-mass star evolution / high-mass star evolution |
Klaas de Boer
|
14.12.
|
9. Ch.6,9,10,13,14,15: models / main sequence -> red giant /
low-mass star evolution / high-mass star evolution
|
Klaas de Boer
|
21.12.
|
--- |
28.12.
|
--- |
04.01.08
|
--- |
11.01.
|
10. Ch.11, 12: Pulsations, coronae
|
Maria Massi
|
18.01.
|
11. Ch.16,17: degenerate stars / supernovae
|
Maria Massi
|
25.01.
|
12. Ch.18: Binaries
|
Maria Massi
|
01.02.
|
13. Ch.19-22: stellar populations
|
Ruediger Kneissl
|
08.02.
|
14. Written exam (for MSc and Erasmus students; repeat: 4.04.2008
after confirmation)
|
Pavel Kroupa
|