AbstractThe finite dimensional complex truncated tensor algebras have a natural module structure over the complex general linear group. This structure is inherited by the Hochschild homology of these algebras. In this paper we determine this module structure by combining techniques from homological algebra and representation theory, such as the Schur duality theorem
. Let U be a complex vector space endowed with an orthogonal or symplectic form, and let G be the su...
A detailed account of main results in the theory of differential tensor algebras
AbstractWe introduce Hochschild (co-)homology of morphisms of schemes or analytic spaces and study i...
AbstractThe finite dimensional complex truncated tensor algebras have a natural module structure ove...
AbstractFor the complex general linear group G = GL(r, C) we investigate the tensor product module T...
Abstract. In this article, we investigate the functors from modules to mod-ules that occur as the su...
Let k be a field of prime characteristic p and E an n-dimensional vector space. We completely descri...
We show a correspondence between tensor representations of the super general linear group GL(m|n) an...
We consider the non commutative setting given by a ring A, an A-bimodule M and T the corresponding t...
We study the relation between the cohomology of general linear and symmetric groups and their respec...
AbstractWe construct Families {ρl, kn} of orthogonal idempotents of the hyperoctahedral group algebr...
We study the relation between the cohomology of general linear and symmetric groups and their respe...
The aim of this thesis is to give a simple proof of the Schur duality without using the usual double...
This dissertation explores aspects of the representation theory for tensor al-gebras, which are non-...
Abstract. Let U be a complex vector space endowed with an orthogonal or symplectic form, and letG be...
. Let U be a complex vector space endowed with an orthogonal or symplectic form, and let G be the su...
A detailed account of main results in the theory of differential tensor algebras
AbstractWe introduce Hochschild (co-)homology of morphisms of schemes or analytic spaces and study i...
AbstractThe finite dimensional complex truncated tensor algebras have a natural module structure ove...
AbstractFor the complex general linear group G = GL(r, C) we investigate the tensor product module T...
Abstract. In this article, we investigate the functors from modules to mod-ules that occur as the su...
Let k be a field of prime characteristic p and E an n-dimensional vector space. We completely descri...
We show a correspondence between tensor representations of the super general linear group GL(m|n) an...
We consider the non commutative setting given by a ring A, an A-bimodule M and T the corresponding t...
We study the relation between the cohomology of general linear and symmetric groups and their respec...
AbstractWe construct Families {ρl, kn} of orthogonal idempotents of the hyperoctahedral group algebr...
We study the relation between the cohomology of general linear and symmetric groups and their respe...
The aim of this thesis is to give a simple proof of the Schur duality without using the usual double...
This dissertation explores aspects of the representation theory for tensor al-gebras, which are non-...
Abstract. Let U be a complex vector space endowed with an orthogonal or symplectic form, and letG be...
. Let U be a complex vector space endowed with an orthogonal or symplectic form, and let G be the su...
A detailed account of main results in the theory of differential tensor algebras
AbstractWe introduce Hochschild (co-)homology of morphisms of schemes or analytic spaces and study i...