Lecturer: Eric Linder
Special Topic V: Gravitational Lensing
Outline:
- Physics of lensing
- Newtonian and postNewtonian picture
- Fermat's Principle
- history of lensing
- Examples of lensing
- Einstein ring, cross
- arcs
- time delay
- amplification - F10214, MACHO light curves
- Properties of lensing
- photon four-momentum
- geometric optics
- energy shift
- surface brightness
- polarization
- time delay
- deflection
- beam convergence
- beam shear
- images
- mapping, catastrophe theory
- odd image theorem
- geometry and physics
- image position, amplification, time delay
- conservation violations
- Astrophysical lensing
- probe of background cosmology
- cosmological nature of redshift
- disproof of MOND
- H_0
- cosmological constant
- probe of sources
- CMB
- supernovae
- time dependent sources
- amplification bias
- probe of lenses
- proper motions
- parallax lensing
- microlensing
- microlens masses
- cluster masses
- mass-radius relations
- mass spectra
- gravitational wave lensing
Notes:
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