Geometry of Lie Groups (GeomLie). Fall of 2009.

Grades!

Here are the final grades. Congratulations to those who got a good grade. The three 00's are there of formal reasons - but are actually also a ticket to the re-exam.

Exam nr. 1: 12

Exam nr. 3: 00

Exam nr. 4: 10

Exam nr. 5: 00

Exam nr. 6: 12

Exam nr. 7: 12

Exam nr. 8: 00

Exam nr. 10: 12

Exam nr. 11: 10

Welcome!

This is going to be our home page. I will start by going through the first pages of Wulf Rossmann: "Lie Groups. An Introduction Through Linear Groups" (Oxford).

Any questions may be sent to Hans Plesner Jakobsen.

The lectures are: Monday 10-12 in Aud. 7 and Friday 10-12 in Aud. 6. The problem session is Tuesday 1-3 p.m. in A106. The TA is our Ph.D student Chiara Esposito.

Here are the first exercises for Tuesday Sep. 1: Week 1

Here are the exercises for Tuesday Sep. 8 as well as some remarks relating to the lectures: Week 2

Here are the exercises for Tuesday Sep. 15: Week 3

Here are the exercises for Tuesday Sep. 22. Along with that are 3 pages with some remarks about Linear Groups and Lie Groups that hopefully will clarify some points in Rossmann's book: Week 4

Here is the first mandatory assignment. Notice that this is due on September 21 2009. Mandatory 1

Here is the second mandatory assignment. Notice that this is due on October 5 2009.

Extension: You may wait until Friday October 9 at Noon. Also please observe the new, corrected text in Mandatory 2.4!

Also observe that there is a sign error in exercise 7 on p. 75 in Rossmann's book. Mandatory 2

Here are the exercises for Tuesday Sep. 29. There are also some remarks about "classical Lie Groups" and the relative topology: Week 5

Here are the exercises for Tuesday October 6: Week 6

Here are the exercises for Tuesday October 13: Week 7

Here are the exercises for Tuesday October 20 and important information about the programme for the last week of the course: Week 8

Here is the third mandatory assignment. Notice that this is due on October 30 2009. Mandatory 3

Here are some notes about linear algebra. Some exercises relate to this. Advanced Linear Algebra