AY 620 - Extragalactic Astronomy: Syllabus, Fall 2006

William C. Keel

Tuesday/Thursday, 9:30-10:45, 328 Gallalee

There is no regular textbook for this course, but extensive lecture notes are being placed on the web at http://www.astr.ua.edu/keel/galaxies as the course proceeds. There is also a shelf of useful reference books (either my copy or the library's). Office hours are 1:30-3:00 Wednesday or by appointment at other times (you all know where my office is...). The grade will be based on a set of homework exercises plus a final project (a practice proposal), without in-class tests.

24 Aug Introduction - the Universe of galaxies and their discovery; data sources
29 Aug Morphological classification of galaxies; morphological components
31 Aug Quantitative classification. Global properties, systematics, scaling laws, luminosity function, biases
5 Sept Gas in galaxies
7 Sept Dust in galaxies
12 Sept Stellar populations in galaxies
14 Sept Star formation indicators; starburst systems
19 Sept Environmental effects on galaxies
21 Sept Dynamics of galaxies (including central masses)
26 Sept Dark matter in galaxies
28 Sept The Hubble constant and extragalactic distance scale
3 Oct "Exotic" distance indicators
5 Oct Galaxy grouping, compact groups
10 Oct Clusters of galaxies
12 Oct Large scale structure, biasing, clues to galaxy formation
17 Oct Hot intracluster gas and its history; the intergalactic medium
24 Oct Interactions and mergers
26 Oct Active galactic nuclei - radio sources, taxonomy
31 Oct AGN - emission-line interpretation
2 Nov AGN - structure and models. Relativistic flows - jets, superluminal motion, gamma-ray bursts
7 Nov AGN host galaxies and alternate models
9 Nov Evolution of galaxies (1)
14 Nov Evolution of galaxies (2)
16 Nov Evolution of AGN, the galaxy connection
21 Nov Classical observational cosmology
28 Nov Cosmology in the simple Friedman universe; acceleration
30 Nov Galaxies and reionization. The first stars
5 Dec Galaxy formation
7 Dec Recombination and before - microwave background radiation, perturbations and nucleosynthesis

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