Computer Algebra in Representation Theory of Algebras
Friday, 05 November to Saturday, 06 November 2010
The intention of this informal workshop is to discuss perspectives for the use and development of computer algebra methods and techniques in representation theory of algebras.
Dates: Friday, 05 November to Saturday, 06 November 2010. The workshop begins on Friday morning and ends on Saturday at noon.
Location: Bielefeld University
Organisation: The workshop is organised by the CRC 701 "Spectral Structures and Topological Methods in Mathematics" (SFB) and funded by the German Research Foundation (DFG). If you would like to attend the workshop, or have further questions, please contact Henning Krause at hkrause[at]math.uni-bielefeld.de.
Friday, 5 November 2010
|14:00||-||15:30||Hoge, Linke, Studzinski|
Saturday, 6 November 2010
|11:30||-||12:30||Quo vadis? (input from Guhe, Mueller)|
All talks are in room V3-201; discussions are in room V5-225.
Participants and their topics:
For abstracts see the Abstracts page.
- Andre Beineke (Bielefeld)
David Green (Jena)
Computing cohomology rings of finite groups (joint work with Simon King and Graham Ellis)
Edward Green (Blacksburg)
Applications of computer algebra in representation theory
- Dietmar Guhe (Gütersloh)
Lutz Hille (Münster)
Tilting Modules and Dense Orbits, Computational Aspects
Torsten Hoge (Bochum)
Computation of the ring of invariants of triples of 3x3 matrices
- Henning Krause (Bielefeld)
Helmut Lenzing (Paderborn)
Remarks on the K-theory of triangulated categories
Phillip Linke (Bielefeld)
Computations in generic representation theory
- Jürgen Müller (Essen)
Andreas Oppebøen (Trondheim)
Interface to GAP
Markus Perling (Bochum)
Algorithms for finding exceptional sequences on toric varieties
- Johannes Schneider (Münster)
Øystein Skartsæterhagen (Trondheim)
Algorithms for representing a tensor product of two finite dimensional qoutients of path algebras as a quiver with relations
- Øyvind Solberg (Trondheim)
- Jan Stovicek (Bielefeld)
Grischa Studzinski (Aachen)
Computations over the free associative algebra
- Dieter Vossieck (Bielefeld)