The essential mathematics of General Relativity followed by some of the most important physical applications. Manifolds, tensor calculus, metrics, covariant derivatives, curvature and geodesics. Einstein's equations, black holes, orbits, the precession of perihelion, the deflection of light, red-shifts, cosmology and the Hubble flow.
| Fall 2004 Schedule of Classes | |||
|---|---|---|---|
| Section | Time(s) | Instructor | Room |
| 65220R | 12 - 1:50 PM MW | Warner | KAP 165 |
