Christoph Pfrommer |
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Galaxies and CosmologyThis course deals with the properties of galaxies, the large scale distribution of matter in the Universe, and the evolution of cosmic structures from the early cosmos until today. We introduce some fundamental theoretical concepts and contrast them with the available observational evidence. We will deal with the following topics: structure and dynamics of galaxies; stellar populations; models of galactic chemical evolution; clustering of galaxies; the standard model of cosmology; cosmological parameters and their determination; the early universe; galaxy formation. Regular homework exercises will be reviewed in the bi-weekly exercise sessions. These exercises serve also to prepare for the written exam at the end of the semester. Lecturers:Prof. Christoph Pfrommer & Prof. Lutz Wisotzki; exercise classes: Roisin Brogan, Luca PrudenziPlace and Dates:The lectures take place every Tuesday, at 14:15-15:45 in room 2.28.0.108. The exercise classes and the seminars alternate weekly and take place on Thursday, 12:15-13:45, also in room 2.28.0.108. Please sign up for this course on PULS. In case you have problems in signing up on PULS, please contact me directly via cpfrommeraip.de.The cosmology part of the lectures is based on the revised lecture notes originally written by Prof. Bartelmann (University of Heidelberg) and is available as a PDF file. Contents:Online MaterialOnline material (reading assignments, homework exercises, entry tests, forums) for this course is available at this moodle link.Seminar OrganisationWe will discuss the lecture topics in bi-weekly seminar sessions, which will be lead by the students. See the moodle pages for more detail.Credit Points:Credit points for this lectures can be used for the Master Science Astrophysics Module PHY-750 and the Master Physics Modules 741b, Wahlpflichtmoduls "Profilierungsfelder", "Physikalische Fächer", and "Astrophysik". Note that this course is the second part of the Astrophysics I course in stellar astrophysics, galaxies & cosmology.Grades and credit points are given on the basis of a final in-class exam. To be eligible for this exam, you need to fulfill the following three requirements: Literature (for the cosmology part): |