- Lecture 1: Course content and philosophy
- Lecture 2: Interactions of photons Associated practice problems
- Lecture 3: Neutrinos and particles Associated practice problems
- Lecture 4: Gravitational radiation Associated practice problems
- Lecture 5: General relativity Associated practice problems
- Lecture 6: Tensor manipulations Associated practice problems
- Lecture 7: Orthonormal tetrads Associated practice problems
- Lecture 8: Geodesic deviation etc. Associated practice problems
- Lecture 9: Black holes Associated practice problems
- Lecture 10: Accretion disks Associated practice problems
- Lecture 11: Evidence for BH Associated practice problems
- Lecture 12: Evidence for BH 2: AGN Associated practice problems
- Lecture 13: Gravitational lensing Associated practice problems
- Lecture 14: Observational signatures of strong gravity Associated practice problems
- Lecture 15: Clusters: context and cosmology Associated practice problems
- Lecture 16: Clusters: observations Associated practice problems
- Lecture 17: Sunyaev-Zeldovich effect Associated practice problems
- Lecture 18: Neutron star structure Associated practice problems
- Lecture 19: Rotation-powered pulsars Associated practice problems
- Lecture 20: Magnetic accretion onto NS Associated practice problems
- Lecture 21: X-ray bursts Associated practice problems
- Lecture 22: Measurements of neutron star masses and radii Associated practice problems
- Lecture 23: Ultra-high energy cosmic rays Associated practice problems
- Lecture 24: Gamma-ray bursts Associated practice problems
- Lecture 25: Binary sources of gravitational radiation Associated practice problems
- Lecture 26: The LIGO detections Associated practice problems

Problem sets:

- Problem set 1, due 9 February 2017
- Problem set 2, due 23 February 2017
- Problem set 3, due 9 March 2017
- Problem set 4, due 6 April 2017
- Problem set 5, due 20 April 2017
- Problem set 6, due 4 May 2017