Lecture notes (in PDF format):
Week 1(Sep 21, 23): Introduction, Photon-Electron Interactions
Week 2 (Sep 26, 28, 30): Radiative Transfer, Blackbody Radiation, Temperature (and a Little Scattering)
Problem Set 1 (due Wednesday, October 5)
Week 3 (Oct 3, 5, 7): Stellar Atmospheres, Plane Waves,Polarization
Problem Set 2 (due Wednesday, October 12)
Week 4 (Oct 10, 12, 14): Potentials, Charged Particles, Moving Charged Particles
Problem Set 3 (due Wednesday, October 19)
Week 5 (Oct 17, 19, 21): Multi-particle Systems, Fun With Dipoles, Scattering by Electrons
Problem Set 4 (due Wednesday, October 26)
Week 6 (Oct 24, 26, 28):Special Relativity Review, Electromagnetic Transformations, MIDTERM
Week 7 (Oct 31, Nov 2, 4):Relativistic Charged Particles, Bremsstrahlung for Beginners, Advanced Bremsstrahlung
Problem Set 5 (due Wednesday, November 9)
Week 8 (Nov 7, 9):Synchrotron Radiation, Advanced Synchrotron
Week 9 (Nov 16, 18):Return of Synchrotron, Compton Scattering
Problem Set 6 (due Wednesday, November 23)
Week 10 (Nov 21, 23): Inverse Compton Scattering, Inverse Compton Cooling
Updated 2005 dec 2
ryden@astronomy.ohio-state.edu
|