Recommended textbooks

  • Online textbook by Andrew Jaffe

    Other useful sources

    The other textbooks are particularly good:

    • An Introduction to Modern Cosmology  (2ndEdition) by A. Liddle (Wiley, 2003)  (The few errors are listed  on the book's website .)
    • Cosmology (4th Edition) by M. Rowan-Robinson (OUP, 2004).  The 3rd edition is not very different.
    These two books are very complementary: Liddle is clear, comprehensible and orientated towards theory, while Rowan-Robinson  provides wider coverage and more observational detail. If you have enough cash, I would  advise buying both books.  Alternatively, you might coordinate with a friend to buy one each, so that you have access to both books. There will be copies of both in the Library, but they may be hard to lay your hands on.

    Other useful sources are:

    •   Modern Cosmological Observations & Problems by Greg Bothun (Taylor & Francis, 1998)   (8 copies in the library)
      This book is available online here. It is interesting, well-referenced, very much orientated towards observations, and has a lot of interesting detail. However, much of this detail is beyond what is needed for the present course. The book's organisation and order are rather eccentric, and it does not provide a good logical treatment of the basics of cosmology. It also contains many errors, some of which are listed on the accompanying web-site.
    • Introduction to Cosmology by M. Roos
    • Principles of Cosmology and Gravitation by M.V.Berry
    • Introduction to Cosmology by  Barbara Ryden
    Or look at section QB981 in the library.

    If you need something more advanced, try:

    • Cosmological Physics by J.A.Peacock
    • Cosmology by P.Coles & F.Lucchin

    Students with little astrophysics background will need to do some background reading to fill gaps in their astronomical knowledge. You will need to familiarise yourself with the basic tools of astronomers, such as angular measurements;  coordinate systems; magnitudes, fluxes and luminosities; optical filter bands (UBV etc.) and colours; stellar classification (OBAFG...), and velocity measurements using redshifts.
     Good sources are first year astronomy texts, such as:

    • Universe by W.J.Kaufmann (or newer edition by Kaufmann & Freedman)
    • Astronomy: The Evolving Universe by M.Zeilik & S.A.Gregory
    or other texts classified under QB43. The course web page for the first year Introduction to Astrophysics course contains information on a variety of basic astronomical topics, in the form of powerpoint slides (as pdf files), which you may find useful.
  • Units

    1. The Hot Big Bang
    2. Cosmological theory
    3. Evolution from the Big Bang
    4. Dark matter & baryons
    5. Observational properties and cosmological tests 

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