Physics 718: High Energy Astrophysics
Spring 2019, David Kaplan, John Friendman
Monday/Wednesday 12:30pm-1:45pm, KIRC 1180
Attendance and participation at lectures is required.
- Prof. David Kaplan
- Office: KIRC 4075
- Office hours: by appointment
- Email: email@example.com
- Phone: 414-229-4971
- Prof. John Friedman
- Office: KIRC 4189
- Office hours: Tues/Thur 11am-12pm or by appointment
- Email: firstname.lastname@example.org
- Phone: 414-229-4476
This is a graduate-level class in high energy astrophysics, concentrating on compact objects (white dwarfs, black holes, and neutron stars).
Course Website: http://www.gravity.uwm.edu/~kaplan/phys718/
Lecture notes, reading assignments, and problem sets will be posted
Black Holes, White Dwarfs, and Neutron Stars, by Shapiro and
Teukolsky (Wiley, 1983)
We will also use a set of class notes and The Physics of Stars, by A. C. Phillips.
Additional books that might be useful:
- Accretion Power in Astrophysics, by Frank, King, & Raine
- High Energy Astrophysics, by Malcolm S. Longair
- An Introduction to Modern Astrophysics by Carroll & Ostlie
- Rotating Relativistic Stars by Friedman & Stergioulas
- Gravitation (Misner, Thorne & Wheeler), General Relativity (Wald),
A First Course in General Relativity (Schutz), or Gravitation & Cosmology (Weinberg)
Much material will be related to the modern astrophysical
literature. You will need to read papers, and the usual place to
start is ADS:
or their newer interface:
You can search by author, title, keyword, object, etc.
After you find a paper you can click on the links to read it. Note
that some papers are published in journals that you cannot read from
home. Most modern papers, though, are also listed at:
where you can read them for free. [Note that most papers will use cgs units. Be careful!]
- Problem sets (roughly biweekly): 70%; lowest grade will be
dropped. You are encouraged to discuss the problem sets with each other
not allowed to copy each other.
- Final Project: 30%. The final project will entail a 1-page project proposal that is due on March 11 that must include expected sources, an in-class oral presentation (20 minutes), and a final written report.
- Lecture notes (2019 Apr 17)
- Problem Set 1 (due 8 Feb)
- data file
- Problem Set 2 (due 25 Feb)
- Problem Set 3 (due 11 Mar)