MODULES

WEEK 1: Introductory Stuff W1-1: A Simple Model For a Star W1-2: The Ideal Gas Law W1-3: Simple Gravitational Contraction W1-4: Black Body Radiation W1-5: Centripetal Acceleration W1-6: The Dynamical Timescale	WEEK 2: Stellar Properites W2-1: Stellar Masses W2-2: Stellar Lifetimes W2-3: Stellar Distances W2-4: The HR diagram W2-5: Stellar Clusters
WEEK 3: Energy Generation in Stars W3-1: Classical Approach W3-2: Barrier Penetration W3-3: Collsion Rates W3-4: Proton Survival Times W3-5: Summary of the PP Chain W3-6: Neutrino Astrophysics	WEEK 4: Stellar Evolution W4-1: Post Main Sequence W4-2: The CNO Cycle W4-3: Beyond the CNO Cycle W4-4: Non-relativistic Degenarate Gases W4-5: And then ... Opps
WEEK 5: Supernova Explosions W5-1: Explosion Physics I W5-1a: Explosion Physics II W5-2: Neutron Capture W5-3: Supernova Occurences and Statistics	WEEK 6: Stellar Remnants W6-1: The Roche Limit W6-2: White Dwarf Cooling W6-3: Properties of Black Holes Midterm
WEEK 7: Interstellar Medium W7-1: The Interstellar Medium W7-1a: The Stromgren Sphere W7-2: Jeans Mass Instability W7-3: Overall problem of star formation W7-3a: Details of Star Formation	WEEK 8: Basic Cosmology W8-1: Expansion of the Universe W8-2: Simple Expansion Dynamics W 8-3: The Friedmann Equation W 8-4: Foundations of the Big Bang
WEEK 9: Dark Matter Issues W9-1: The Oort Limit Problem W9-2: Galaxy Rotation Curves W9-3: The Isothermal Sphere W9-4: Observational Evidence for Dark Matter W9-5: Clusters of Galaxies	WEEK 10: Nagging Issues W10-1: Alternative Gravity or Dark Matter? W10-1a: The Tully-Fisher Emprical Relation W10-2: Structure Formation W10-3: Selection Effects