Instructor:
Marc Kamionkowski
Bloomberg 439
x6-0373
kamion
AT pha.jhu.edu
Class times: Mon,Fri, 2:45-4:00pm
in Bloomberg 278
Class description: Basics of physical
cosmology, early-Universe cosmology, and particle
astrophysics. We will begin with the standard
Friedmann-Robertson-Walker model and classical cosmological tests,
and then move on to subjects in physical cosmology (large-scale
structure, the cosmic microwave background, galaxy/cluster
formation, etc.), early-Universe cosmology (inflation, phase
transitions, big-bang nucleosynthesis, primordial relices, etc.),
and particle astrophysics (particle dark matter, neutrino
astrophysics, ultra-high-energy cosmic rays, etc.). This
class will survey a broad range of subjects of current research in
cosmology and particle astrophysics, rather than delve deeply into
any particular sub-subject.
Prerequisites: Basic undergraduate
physics and curiosity. Those who have had general
relativity may have some advantage in the class, but general
relativity is not required for the class.
Homework: There will be problem sets assigned every week. It is imperative that you work through these problem sets if you are serious about learning the subject. Some of the problem sets may be long and/or difficult. I make them that way so that the more ambitious students, and/or those who plan to make a living working in cosmology, have plenty to keep them busy. If you find that the problem sets are too long and/or that you have other classes or research that are a higher priority for you, then try to work through at least a few problems each week. Completion of all the homeworks will be required to pass this class. And please try to complete them on time, and I will then try to provide solutions in a timely fashion.
Grade: 75%
homework and 25% final exam.
Some possibly useful books (on reserve in the library):
Note: There are lots of good books on cosmology or various
aspects, but this class will not follow any individual book.
I am therefore reluctant to "require" any particular book or to
suggest that you buy any in particular. These are all books
worth owning, although which of these you choose to buy may depend
on your particular interests.
Principles of Physical Cosmology
(P. J. E. Peebles): The discussion of classical cosmological
tests is particularly nice. The second half of the book has
excellent plain-English discussions of a variety of subjects in
physical cosmology (where I first learned a lot of these
subjects).
Galaxy Formation (M. S. Longair): This book works well as a textbook that focuses primarily on large-scale structure and galaxy formation
Cosmological Physics (J. Peacock): This book is also particularly strong in large-scale structure and galaxy formation
The Early Universe (E. W.
Kolb and M. S. Turner): This is a classic, although a bit
out of date. The discussions of relic particles and big-bang
nucleosynthesis are particularly nice (and where I learned much of
the subject!)
Modern Cosmology (S. Dodelson): This is an excellent book that focuses primarily on the physics of cosmic microwave background fluctuations. The first chapters are likely to be useful for this class, but much of the later parts of the book go into more detail than we will.
Cosmology (Weinberg): This is a great book that goes into great detail in a number of areas. The first chapters may be appropriate for this class, but some of the later chapters go into more detail on cosmological perturbations than we will.
Physical Foundations of Cosmology
(Mukhanov): Many students like the discussion of inflation
and primordial perturbations. Again, there are good
introductory parts that may be useful for this class, but some of
the later parts go into more detail than we will.
SYLLABUS AND READING ASSIGNMENTS
NOTES (Note that these are provided with no guarantees; they are not proofread very carefully, and mistakes have certainly crept in, there may be omissions, etc. Use at your own risk!):
Week 2 Week 9
HOMEWORK ASSIGNMENTS:
Problem Set 1 (due first class of week 2)
Problem Set 2 (due first class of week 3)Problem Set 3 (due first class of week 4)
Problem Set 4 (due first class of week 5)
Problem Set 5 (due first class of week 6)Problem Set 7 (due first class of week 8)
Problem Set 8 (due first class of week 9)Problem Set 9 (due first class of
week 10)
Problem Set 10/11 (due first class of week 12)
Problem Set 12 (due first class of
week 13)
Problem Set 13 (due Monday after
classes end)
Last updated 4/30/2012