News:
Some of the students have noted that the dates of the online oral exams planned for 22-23 April have not been suitably communicated and that therefore, the preparation time is too short. In response to this,
the exam dates are now re-scheduled to Fri 07 May and Mon 10 May. Further information on the exams will be forthcoming.
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Lectures and Classes
Lectures
Prof. R. Verch
Mon 13.30-15.00 and Wed 15.15-16.45, ITP, Brüderstr. 16, SemRm 114 (to be confirmed)
Lecture 1.pdf
Lecture 2.pdf
Lecture 3.pdf
Lecture 4.pdf
Lecture 5.pdf
Lecture 6.pdf
Lecture 7.pdf
Lecture 8.pdf
Lecture 9.pdf
Lecture 10.pdf
Lecture 11.pdf
Lecture 12.pdf
Lecture 13.pdf
Lecture 14.pdf
Lecture 15.pdf
Lecture 16.pdf
Lecture 17.pdf (new edit)
Lecture 18.pdf
Lecture 19.pdf (new edit)
Lecture 20.pdf (new edit)
Lecture 21.pdf
Lecture 22.pdf
Lecture 23.pdf
Lecture 24.pdf
Lecture 25.pdf
Lecture 26.pdf
Lecture 27.pdf
Lecture 28.pdf
Exercise Class
tba
Recommended Literature:
A. Liddle, An Introduction to Modern Cosmology, Wiley, 2003 (reprint 2007)
H. Goenner, Einführung in die Kosmologie, Spektrum, 1994
S. Dodelson, Modern Cosmology, Academic Press, 2003
S. Weinberg, Cosmology, Oxford University Press, 2008
G.F.R. Ellis, R. Maartens, M.A.H. MacCallum, Relativistic Cosmology, Cambridge University Press, 2012
C.W Misner, K.S. Thorne, J.A. Wheeler, Gravitation, W.H. Freeman and Co., 1973
R. d'Inverno, Introducing Einstein's Relativity, Oxford University Press, 1992
E.W. Kolb, M.S. Turner, The Early Universe, Addison-Wesley, 1990
Content:
Foundations of modern Cosmology. Methods of observation, distance measurement and
distance scales, elements of general relativity, homogeneous-isotropic
cosmological spacetime models, cosmological standard model (Lambda-CDM), thermal evolution, nucleosynthesis,
recombination, horizon problem, sketch of inflationary model, cosmological fluctuations
Additional Material
A virtual Universe is a video extract (by Nature Video) of a recent complex computer simulation from a group at MIT
incorporating dark matter. It basically confirms that dark matter is an important ingredient for galaxy formation at the presently known relevant time scales.
Further scientifically based visualizations relating to the evolution of the Universe, galaxy formation etc are provided by the
Illustris Project . It is worth looking at all the information held at this site.
This page on the
age determination of a stellar cluster
is instructive. It is taken from an e-learning course on astronomy at Penn State U. The page contains links to several other topics on globular stellar clusters.
The
arXiv preprint of the PRL article on the first detection of gravitational waves in 2015 from a binary black hole merger 1.3 M light years away.
A webpage of the Large Synoptic Survey Telescope gives an introduction to
gravitational lensing and dark matter
with nice pictures and illustrations. There is also a short but instructive (partially historical)
online survey article
by Richard Ellis.
Astrophysicist Edward White at UCLA provides some interesting web-pages on topics related to cosmology.
One is devoted to determining the
Age of the Universe. That page also contains a link
to a background fact sheet (by Chris Stassen) on
isochron dating methods to determine the age of objects through radioactive decay
from ratios of abundances of isotopes.
There are a number of modernized versions of the famous "Powers of Ten" video
visualizing the various scales in the Universe.
A very impressive example is an
interactive representation titled
The Scale of The Universe 2
by Cary and Michael Huang. As this interactive journey takes
quite some loading time, there are several video extractions
available on YouTube. Among the better ones is this:
The Smallest to the Biggest in the Universe
A schematic
timeline of the universe is available from the
website "Physics of the Universe" (by Luke Mastin). It is similar to the one presented in the lectures. There are also several
others available on the internet.
The review articles on physical cosmology
of
Living Reviews in Relativity
Andrei Linde's
review article (2007)
on Inflationary Cosmology (from arXiv.org)
Andrei Linde's book "Particle Physics and Inflationary Cosmology"
is available as
pdf file at arXiv.org
Norbert Straumann's
review article
on primordial fluctuations
The Astronomical Society of the Pacific provides a rich and interesting
resource guide
on cosmology for teaching purposes which is really worth having a look at.
Homework Problem Sheets
Sheet 1.pdf
Sheet 2.pdf
Sheet 3.pdf
Sheet 4.pdf
Sheet 5.pdf
Sheet 6.pdf
Sheet 7.pdf
Sheet 8.pdf (new edit)
Sheet 9.pdf
Sheet 10*.pdf
Sheet 11.pdf