f20-mat6932-calendar
| Monday | Tuesday | Wednesday | Thursday | Friday |
| August 31, 2020 classes begin Chapter 1, up to page 5. |
September 1 | 2 Chapter 1, up to page 9. |
3 | 4 Chapter 1. |
| 7 Labor Day Labor Day, no class |
8 | 9 Modules, composition factors of modules, |
10 | 11 Double centralizer theorem. |
| 14 Representations, similarity, and characters |
15 | 16 Regular modules and characters |
17 | 18 Orthogonality relations |
| 21 Orthogonality relations |
22 | 23 Orthogonality relations. |
24 | 25 Orthogonality relations |
| 28 Characters and integrality |
29 | 30 Burnside’s Theorem on zeros of characters |
October 1 | 2 Homecoming, no class |
| 5 Products of characters |
6 | 7 Students present homework |
8 | 9 Frobenius-Schur Theorem |
| 12 Frobenius-Schur Theorem |
13 | 14 Frobenius-Schur Theorem |
15 | 16 Frobenius-Schur Theorem |
| 19 Frobenius-Schur Theorem |
20 | 21 Brauer-Fowler Theorem |
22 | 23 Invariant inner products |
| 26 Taketa’s Theorem |
27 | 28 Cauchy-Frobenius Lemma |
29 | 30 Mackey’s Theorem |
| November 2 Artin’s Theorem |
3 | 4 Artin’s Theorem |
5 | 6 Clifford’s Theorem |
| 9 Clifford’s Theorem |
10 | 11 Veterans Day No class |
12 | 13 David Burrell |
| 16 Tharusha Bandara |
17 | 18 Andrew Latham |
19 | 20 Normal subgroups |
| 23 Harold Jimenez Polo |
24 | 25 Thanksgiving No class |
26 Thanksgiving | 27 Thanksgiving No class |
| 30 Frobenius’s Theorem |
December 1 | 2 Rings of characters and some ideals |
3 | 4 Brauer’s Theorem |
| 7 Paul Schwartz |
8 | 9 last class day Brauer’s Theorem |
10 reading/review | 11 reading/review |