1 | Introduction | | |
2 | Dust clouds, star formation | Discuss chambers (2004) | |
3 | What is a good question? | Material given in class | |
4 | Stars and disks | | |
5 | Dust accretion | Discuss Dominik, et al. (2007) | |
6 | Accretion signatures, T-Tauri disks, lifetimes, compositions | Safronov (1969) introduction | |
7 | Orderly and runaway growth | Discuss Lodders (2003) | |
8 | Integrated model of the planetary disk | | |
9 | Efforts to model accretion | Raymond, et al. (2006) | |
10 | Differentiation I | Discuss Hillgren, et al. (1994) | |
11 | Differentiation II | Discuss Jacobsen (2003) | Practice questions due |
12 | Planetesimals | Discuss Hevey and Sanders | |
13 | Planetesimals: compositions and distributions | Discuss Scott (2007) | |
14 | Effects of the star | Discuss Ribas, et al. (2005) | |
15 | Moons | Discuss Canup (2004) | |
16 | | | Cancelled |
17 | Melting from the outside and the inside | | |
18 | Magma ocean processes | Discuss Elkins-Tanton (2008) | |
19 | Exoplanet systems | | |
20 | | | No class |
21 | Volatiles | Discuss Jewitt, et al. (2007) | |
22 | Planetary crusts | Presentations | |
23 | Venus, Mercury, Earth, Mars — surfaces | | |
24 | Venus, Mercury, Earth, Mars — interiors | Albarede and Blichert Toft (2007) | |
25 | | | No class |
26 | Habitability and biosignatures | Kasting and Catling (2003) | Qs and As due |
27 | Ocean worlds | Spiegel, et al. (2008) | Review article due |
28 | Desert worlds | | |