Now showing items 1-20 of 43

• #### 1315 - Algebraic Groups ﻿

[OWR-2013-17] (2013) - (07 Apr - 13 Apr 2013)
Linear algebraic groups is an active research area in contemporary mathematics. It has rich connections to algebraic geometry, representation theory, algebraic combinatorics, number theory, algebraic topology, and differential ...
• #### 1016 - Algebraic Groups ﻿

[OWR-2010-19] (2010) - (18 Apr - 24 Apr 2010)
The workshop dealt with a broad range of topics from the structure theory and the representation theory of algebraic groups (in the widest sense). There was emphasis on the following areas: • classical and quantum cohomology ...
• #### 1717 - Algebraic Groups ﻿

[OWR-2017-21] (2017) - (23 Apr - 29 Apr 2017)
Linear algebraic groups is an active research area in contemporary mathematics. It has rich connections to algebraic geometry, representation theory, algebraic combinatorics, number theory, algebraic topology, and differential ...
• #### 2116 - Algebraic Groups (hybrid meeting) ﻿

[OWR-2021-20] (2021) - (18 Apr - 24 Apr 2021)
Linear algebraic groups is an active research area in contempo- rary mathematics. It has rich connections to algebraic geometry, representa- tion theory, algebraic combinatorics, number theory, algebraic topology, ...
• #### 1012 - Combinatorial Representation Theory ﻿

[OWR-2010-15] (2010) - (21 Mar - 27 Mar 2010)
The workshop brought together researchers from different fields in representation theory and algebraic combinatorics for a fruitful interaction. New results, methods and developments ranging from classical and modular ...
• #### 1631 - Computational Group Theory ﻿

[OWR-2016-37] (2016) - (31 Jul - 06 Aug 2016)
This was the seventh workshop on Computational Group Theory. It showed that Computational Group Theory has significantly expanded its range of activities. For example, symbolic computations with groups and their representations ...
• #### 0627 - Computational Group Theory ﻿

[OWR-2006-30] (2006) - (02 Jul - 08 Jul 2006)
This workshop on Computational Group Theory revealed the close connections between its main themes “finitely presented groups”, “permutation groups”, “matrix groups” and “representations of groups”. The meeting also presented ...
• #### 1131 - Computational Group Theory ﻿

[OWR-2011-37] (2011) - (31 Jul - 06 Aug 2011)
This sixth workshop on Computational Group Theory proved that its main themes “finitely presented groups”, “$p$-groups”, “matrix groups” and “representations of groups” are lively and active fields of research. The talks ...
• #### 1039 - Deformation Methods in Mathematics and Physics ﻿

[OWR-2010-43] (2010) - (26 Sep - 01 Oct 2010)
Deformations of mathematical structures play an important role in most parts of mathematics but also in theoretical physics. In this interdisciplinary workshop, different aspects of deformations and their applications were ...
• #### 0603 - Deformations and Contractions in Mathematics and Physics ﻿

[OWR-2006-3] (2006) - (15 Jan - 21 Jan 2006)
Deformations of mathematical structures are not only important in most parts of mathematics but also to a large extend in physics. Contractions are in some respect dual to deformations. The workshop brought together world ...
• #### 0911 - Enveloping Algebras and Geometric Representation Theory ﻿

[OWR-2009-15] (2009) - (08 Mar - 14 Mar 2009)
The meeting brought together experts investigating Lie theory from the geometric, algebraic and combinatorial points of view to discuss recent progress and bring forward the research in this area by fostering scientiﬁc ...
• #### 1848 - Enveloping Algebras and Geometric Representation Theory ﻿

[OWR-2018-52] (2018) - (25 Nov - 01 Dec 2018)
The workshop brought together experts investigating algebraic Lie theory from the geometric and categorical viewpoints.
• #### 1520 - Enveloping Algebras and Geometric Representation Theory ﻿

[OWR-2015-25] (2015) - (10 May - 16 May 2015)
The workshop brought together experts investigating algebraic Lie theory from the geometric and categorical viewpoints.
• #### 1210 - Enveloping Algebras and Geometric Representation Theory ﻿

[OWR-2012-13] (2012) - (04 Mar - 10 Mar 2012)
The workshop brought together experts investigating algebraic Lie theory from the geometric and combinatorial points of view.
• #### 0511 - Enveloping Algebras and Geometric Representation Theory ﻿

[OWR-2005-13] (2005) - (13 Mar - 19 Mar 2005)
Abstract. The study of Enveloping Algebras has undergone a significant and continuous evolution and moreover has inspired a wide variety of developments in many areas of mathematics including Ring Theory, Differential ...
• #### 2144 - Enveloping Algebras and Geometric Representation Theory (hybrid meeting) ﻿

[OWR-2021-52] (2021) - (31 Oct - 06 Nov 2021)
The workshop brought together experts investigating algebraic Lie theory from the geometric and categorical viewpoints.
• #### 1046a - Infinite Dimensional Lie Theory ﻿

[OWR-2010-51] (2010) - (14 Nov - 20 Nov 2010)
The workshop focussed on recent developments in infinite-dimensional Lie theory. The talks covered a broad range of topics, such as structure and classification theory of infinite-dimensional Lie algebras, geometry of ...
• #### 0650 - Infinite Dimensional Lie Theory ﻿

[OWR-2006-55] (2006) - (10 Dec - 16 Dec 2006)
The workshop focussed on recent developments in infinite-dimensional Lie theory. The talks covered a broad range of topics, such as structure and classification theory of infinite-dimensional Lie algebras, geometry of ...
• #### 2040a - Lefschetz Properties in Algebra, Geometry and Combinatorics (hybrid meeting) ﻿

[OWR-2020-31] (2020) - (27 Sep - 03 Oct 2020)
The themes of the workshop are the Weak Lefschetz Property - WLP - and the Strong Lefschetz Property - SLP. The name of these properties, referring to Artinian algebras, is motivated by the Lefschetz theory for projective ...
• #### 1910c - Mini-Workshop: Cohomology of Hopf Algebras and Tensor Categories ﻿

[OWR-2019-11] (2019) - (03 Mar - 09 Mar 2019)
The mini-workshop featured some open questions about the cohomology of Hopf algebras and tensor categories. Questions included whether the cohomology ring of a finite dimensional Hopf algebra or a finite tensor ...