Time: Tues/Thurs 9:00-10:30, DRL room A5I'll review Einstein's special theory of relativity, with emphasis given to the geometrical meaning of the theory. I'll introduce Einstein's theory of gravitation (the general theory of relativity), then develop the mathematical framework of curved spacetime in its modern form and use it extensively. I'll discuss the classic experimental tests of this theory, and some future tests, and give numerous applications to astrophysics and cosmology, e.g. to stellar structure, neutron stars and black holes, the millisecond binary pulsar, and the Big Bang.
General prerequisites: Intermediate electrodynamics. Undergraduates are welcome.
This course is generally offered only in alternate years.
The requirements are biweekly problem sets, no in-class examinations, one take-home final exam.