- Combines rigor with a conversational, highly pedagogical approach
- Emphasizes connections with other areas of physics to sharpen intuition while emphasizing general relativity's unique contributions to modern theoretical physics
- Presents a novel derivation of the energy flux of gravitational waves
- Provides detailed and explicit derivations of important results, including binary star evolution by gravitational radiation losses
- Features a detailed treatment of the Hellings-Downs formula, key to understanding pulsar timing array results for gravitational radiation
- Provides a reexamination of the equivalence principle for relativistic particles
- Presents new results on the mathematical solutions of the innermost orbits of the gaseous disks that surround black holes
- Includes a wealth of exercises
- Solutions manual (available only to instructors)
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