Triangulated Categories and Derived Functors (Triang), E2006.

22 Jan 2007
The lecture today, Monday, January 22. finished the course.
24 Nov 2006
New time, new room on Mondays: Auditorium 5 at 9.15--11.00.
23 Nov 2006
New class room on Mondays: Auditorium 10 (Same time: 15.15--17.00).

Plan:
Session Dates Headlines Material Home work
1, 2 Nov 13, 16 Complexes hot1.pdf   expl01.pdf Hot(1.9), (1.13)
3, 4 Nov 20, 23 Homotopy, Triangulation hot2.pdf,   cat5.pdf   expl02-06.pdf
5, 6 Nov 27, 30 Bicomplexes, Derived functors 1 hot3.pdf,   der1.pdf
7, 8 Dec 4, 7 Derived functors 1, Limits 1 lim1.pdf
9, 10 Dec 11, 14 Limits expl07-15.pdf
11, 12 Dec 18, Jan 4 Limits, localization lim2.pdf   lim3.pdf   lim4.pdf
13, 14 Jan 8, 11 Localization, derived functors lim5.pdf   lim6.pdf   expl16-20.pdf
15, 16 Jan 15, 18 The derived category
17 Jan 22 The derived functor der4.pdf

Teachers:
Anders Frankild and Anders Thorup.

Course material:
You may get an idea of the type of notes by looking at a DRAFT. Do not print the notes; they will be changed several times before printing is relevant.

Schedule:
Monday   15:15--17:00 Aud 10 (HCØ)
Thursday 10:15--12:00 RF (NBI) and 13:15--17:00 Aud 09 (HCØ).

SIS information:
Course title: Triangulated Categories and Derived Functors (Triang)
ECTS-points: 7,5
Placement in block structure: 2 nd. block
Schemagroup: A
Teaching period: November 13th 2006 -- January 26th 2007
Teaching method: Lectures and single and/or group activities with consulting in 9 weeks.
CompetenceDescription: After completing the course, the student should be able to analyze and argue in the areas of the course at the highest research level.
Course description: The course develops at a research level the theory of triangulated categories with applications to derived functors in algebra, algebraic geometry, and algebraic topology.
List of contents:
   Categories
   Limits
   The homotopy categories of complexes
   Derivable functors
   Simplicial cohomology
   Examples and applications
Required reading: Notes from the internet.
Course registration: Registration for the course and the exam is in the period June 1st - 10th 2006.
Recommended qualifications: Algebra 2 or similar, and mathematical experience.
Assessment: Internal evaluation with a grade on the 13 scale given for compulsory activities during the course.
Reevaluation: 30 minutes oral exam.
Examination requirements: Parts of the lecture notes corresponding to the list of contents.
Teaching language: English