Offered at the school The Sound of Space-time: The Dawn of Gravitational Wave Science at ICTP-SAIFR
Credits: 5 h
This short course gives a general overview of black hole astrophysics. I will give a primer on the physics necessary for a broad understanding of accreting black holes and their observational manifestation—particularly in electromagnetic waves.
Topics covered will include: • general overview of the phenomenology of black holes observed in active galactic nuclei (AGN), X-ray binaries and gamma-ray bursts (GRBs) • primer on general relativity, fluid dynamics and radiative processes • accretion disks, relativistic jets and their observations • co-evolution of BHs and galaxies • massive binary BH systems.
Along the way, I will present cutting-edge results across the electromagnetic spectrum from telescopes such as Chandra, XMM-Newton, Swift, Fermi, GRAVITY and the Event Horizon Telescope, as well as new developments in numerical simulations of black hole accretion enabled through the latest supercomputers.
Slides (PDF files)
- Introduction to the course
- General relativity and black holes
- Accretion flows
- Outflows and jets
- Black hole phenomenology
- Cosmic impact of BHs
- Introduction to the course • GR and black holes (part 1)
- GR and black holes (part 2) • accretion flows (part 1)
- Accretion flows (part 2)
- Accretion flows (part 3) • Relativistic jets (part 1)
- Relativistic jets (part 2) • Phenomenology/observations
- Cosmic impact of black holes • Event Horizon Telescope (missing)
My apologies for the constant audio skips—not my fault.