|
Date
|
Reading
|
| Jan. 13, 15 |
13.1: Basic theory of field extensions
|
| Jan. 20, 22 |
13.2, 13.4: Algebraic extensions, Splitting fields and algebraic closures |
| Jan. 27, 29 |
13.5, 13.6,: Separable & inseparable extensions, Finite fields, Cyclotomic fields,
|
| Feb. 3, 5 |
14.1, 14.2: Intro to Galois Theory and the Fundamental Theorem of Galois Theory
|
| Feb. 10, 12 |
14.2: Examples
|
| Feb. 17, 19 |
14.3, 14.4: Galois theory for finite fields, Composite extensions and Simple extensions
|
| Feb. 24, 26 |
14.5, 14.7: Cyclotomic extensions, Abelian extensions, Solvable extensions
|
| Mar. 3, 5 |
14.6, 14.8: Galois groups of polynomials, Computation of Galois groups over Q
|
|
Mar. 10
|
Review
|
|
Mar. 12
|
Midterm
|
| Mar. 17, 19 |
Spring Break
|
| Mar. 24, 26 |
14.9: Examples,Transcendental extensions, Inseparable extensions
|
| Mar. 31, Apr. 2 |
14.9, 18.1: Infinite Galois group, Introduction to the representation theory of finite groups,
Maschke's Theorem
|
| Apr. 7, 9 |
18:1, 18:3: Schur's Lemma, Character theory and Orthogonality relations
|
| Apr. 14, 16 |
19.1: Number of irreducible characters, Character tables, Lifted characters
|
| Apr. 21, 23 |
19.3: Restriction of characters, Induced characters, Frobenius reciprocity.
|