Wk | Date | Topics | Documents | |
1 | 8/31 | Introduction: Lie groups and Lie algebras | ||
2 | 9/05 | Review of linear algebra | Notes on linear algebra | |
9/07 | Review of linear algebra | |||
3 | 9/12 | Lie algebras: definitions | Notes on Chapter 2 | |
9/14 | Lie algebras: examples and basic manipulations | Homework 1 | ||
4 | 9/19 | Isomorphism theorems | ||
9/21 | The adjoint representation, simple Lie algebras | Notes on Chapter 3 | ||
5 | 9/26 | Solvable Lie algebras | Homework 2 | |
9/28 | Lie's Theorem | Notes on Chapter 4 | ||
6 | 10/03 | Nilpotent Lie algebras | Homework 3 | |
10/05 | Engel's Theorem | Notes on Chapter 5 | ||
7 | 10/10 | The Killing form | ||
10/12 | Fall Break - No lecture | |||
8 | 10/17 | Cartan's criterion for solvability | Notes on Chapter 6 | |
10/19 | Midterm examination | |||
9 | 10/24 | Cartan's criterion for semisimplicity | ||
10/26 | Structure of semisimple algebras | |||
10 | 10/31 | Elements of representation theory | Homework 4 | |
11/02 | Complete reducibility, Schur's Lemma | Notes on Chapter 7 | ||
11 | 11/07 | Election Day - No lecture | ||
11/09 | Cartan subalgebras | |||
12 | 11/14 | Root space decompositions, I | Notes on Chapter 8 | |
11/16 | Root space decompositions, II | |||
Thanksgiving Break | 13 | 11/28 | Classical simple Lie algebras | Homework 5 |
11/30 | Abstract root systems | |||
14 | 12/07 | Classification of root systems, I | Notes on the classification | |
12/09 | Classification of root systems, II | |||
🎓 | Dec. 12 | Final examination |