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2. Outline. Introduction, detection methods(Anne)Physical properties, statistics(Ronny)Dynamical properties, atmospheres(Anne)Habitability of exoplanets(Ronny). 3. Introduction. Extrasolar planets (exoplanets) are defined as objects orbiting a star which have masses below 13.6 MJupiter
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1. Dynamical and physical properties of extrasolar planets
2. 2 Outline
3. 3 Introduction
4. 4 Detection methods for exoplanets
5. 5 Detection methods for exoplanets
6. 6
7. 7
8. 8
9. 9 Atmospheres of exoplanets
10. 10 Theoretical models
11. 11 Theoretical models
12. 12 Theoretical spectra
13. 13 Theoretical spectra
14. 14 Theoretical spectra
15. 15 Theoretical spectra
16. 16 Theoretical spectra
17. 17 Investigating atmospheric properties
18. 18 Investigating atmospheric properties
19. Reflection spectrum of the Earth‘s atmosphere (Turnbull et al., 2006)
20. Reflection spectrum of the Earth‘s atmosphere (Turnbull et al., ApJ, 2006)
21. 21 Reflection spectrum of the Earth‘s atmosphere (Turnbull et al., 2006)
22. 22 Reflection spectrum of the Earth‘s atmosphere
23. 23 The spectrum of HD 209458 b
24. 24 The spectrum of HD 209458 b
25. 25 The spectrum of HD 209458 b
26. 26 Day-night contrast at HD 189733b (Knutson et al., 2007)
27. 27 Day-night contrast at HD 189733b (8 µm) (Knutson et al., 2007)
28. 28 Day-night contrast at HD 189733b (Knutson et al., 2007)
29. 29 Day-night contrast at HD 189733b (24 µm) (Knutson et al., 2009)
30. 30 The dayside emission spectrum of HD 189733b (Grillmair et al., 2008)
31. 31 The dayside emission spectrum of HD 189733b (Grillmair et al., 2008)
32. 32 The dayside emission spectrum of HD 189733b (Swain et al., 2009)
33. 33 Summary (Part 3)
34. 34
35. 35 Theoretical models Formation of atmospheres
36. 36 Theoretical models Formation of atmospheres - chondritic material
37. 37 Theoretical models Formation of atmospheres - achondritic material
