Algebra V - Galois theory

MATH-317

Media

This file is part of the content downloaded from Algebra V - Galois theory.

General

Instructor: Aline Zanardini <aline.zanardini@epfl.ch>

Assistant:  Raymond Cheng <raymond.cheng@epfl.ch>


Course: Thursday, 10.15-12:00, MA A1 10
Exercises: Thursday, 13:15-15:00, GC B3 30


The course and exercises will be given in English.



Sep 11

The first lecture is on Thursday, 11/09, at 10h15 in MA A1 10. It will consist of an overview of the course and a discussion of formalities, followed by an exposition of problems that inspired the development of Galois Theory.

The first exercise class is on Thursday, 11/09, at 13h15 in GC B3 30. 

I am looking forward to teaching this class, and I hope that we will all have some fun this semester.


Sep 18

The second lecture will recall algebraic extensions, splitting fields, and algebraic closures.


Sep 25

Important: This week there will be no exercise session. Instead, we will have two lectures.

We will recall normal and separable extensions. We will also start our discussion on Galois extensions and the Galois correspondence.



Oct 2

Important: This week there will be no lecture. Instead, you will have two exercise sessions.



Oct 9

We continue with our discussion on the Galois correspondence.


Oct 16

We will start a discussion on cyclic and cyclotomic field extensions.


Fall break


Oct 30

This week, Raymond gives the lecture and the exercises session.

The topic will be (Abelian) Kummer extensions.


Nov 6

This week, I (Aline) will also hold the exercises session.

 


Nov 13

This week, Raymond gives the lecture and the exercises session.

We will start a discussion on Galois cohomology.



Nov 20

Exceptionally this week, we will have two lectures.

IMPORTANT: Room GC B3 30 will be replaced by Room AAC 020.

  • We continue with our discussion on Galois cohomology.
  • We discuss an "application" of Galois cohomology.
  • We give a short introduction to the inverse Galois problem.
  • We discuss cubics and quartics.
  • Computing the Galois group.


Nov 27

There will be no lecture and no exercise session.

Dec 4

  • Proof of Hilbert's irreducibility theorem (non-examinable).


Dec 11

  • Infinite Galois extensions (non-examinable).




Dec 18

  • Review session