Winter 2019 Lecture Notes

Introduction - Introduction - PDF - 4x-PDF -

Lecture 1 - Time scales, critical masses - PDF - 4x-PDF -

Lecture 2 - Initial Mass Function; Abundances - PDF - 4x-PDF -

Lecture 3 - Basic nuclear physics - 1. The liquid drop model PDF - 4x-PDF -

Lecture 4 - Basic nuclear physics - 2. Stability and the shell Model - PDF - 4x-PDF -

Lecture 5 - Basic nuclear physics - 3. Nuclear Reactions and Rates - PDF - 4x-PDF -

Lecture 6 - Special Nuclear Reactions and Energy Generation - PDF - 4x-PDF -

Lecture 7 - Evolution of Massive Stars - On the Main Sequence - PDF - 4x-PDF -

Lecture 8 - Semiconvection, Mass Loss, and Rotation - PDF - 4x-PDF -

Lecture 9 - Hydrogen burning nucleosynthesis, Novae, X-Ray Bursts - PDF - 4x-PDF -

Lecture 10 - Helium Burning and the s-Process - PDF - 4x-PDF -

Lecture 11 - Neutrino Losses and Advanced Stages of Stellar Evolution _ I - PDF - 4x-PDF -

Lecture 12 - Advanced Stages of Stellar Evolution - II - Silicon Burning and NSE - PDF - 4x-PDF -

Lecture 13 - Presupernova Models, Core Collapse and Bounce - PDF - 4x-PDF -

Lecture 14 - Neutrino Powered Explosions, Fall Back and Mixing - PDF - 4x-PDF -

Lecture 15 - Explosive Nucleosynthesis and the r-Process - PDF - 4x-PDF -

Lecture 16 - Supernova Light Curves and Observations - PDF - 4x-PDF -

Lecture 17 - Binaries and Type Ibc Supernovae - PDF - 4x-PDF -

Lecture 18 - Type Ia Supernovae - PDF - 4x-PDF -

Lecture 19 - Unusual and Superluminous SNe - PDF - 4x-PDF -

Lecture 20 - Gamma-Ray Bursts - PDF - 4x-PDF -