AbstractLet G be a semisimple Lie group which has a compact Cartan subgroup H, let K be a maximal compact subgroup of G containing H, and let n be the sum of the negative root spaces of G corresponding to an arbitrary choice of a positive root system of (G, H). We compute the n-cohomology of the K-finite vectors in a limit of a discrete series representation π of G. In the special case when π is a discrete series representation our result reduces to the result of W. Schmid. In the special case when π is a holomorphic limit we interpret its multiplicity in L2(ΓβG) cohomologically, where Γ is a discrete subgroup of G. In the general case we present a conjecture for this multiplicity
AbstractLet G be a connected real semisimple Lie group which contains a compact Cartan subgroup such...
A volume invariant is used to characterize those representations of a count-able group into a connec...
It is well known that the existence of more than two ends in the sense of J.R. Stallings for a finit...
AbstractLet G be a semisimple Lie group which has a compact Cartan subgroup H, let K be a maximal co...
Abstract. Let G0 be a simply connected non-compact real simple Lie group with maximal compact subgro...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/46616/1/222_2005_Article_BF01388963.pd
Abstract. This work investigates the discrete series of linear connected semisimple noncompact group...
AbstractLetGbe a semisimple connected Lie group and letKbe a maximal compact subgroup. Assume that r...
We give a survey of the work of Milnor, Friedlander, Mislin, Suslin, and other authors on the Friedl...
Let G be a connected semisimple Lie group of real rank at least 2 with maximal compact subgroup K. W...
Abstract. We show that Complementary Series representations of SO(n, 1), which are sufficiently clos...
Let G be a noncompact simple Lie group with finite center, let K be a maximal compact subgroup, and ...
AbstractLet Γ be a discrete subgroup of a semisimple Lie group G such that ΓβG has a finite volume. ...
AbstractOsborne and Warner have given a formula for the multiplicity of an integrable discrete serie...
AbstractLet Γ be a discrete torsion-free subgroup of a semisimple Lie group G such that the volume o...
AbstractLet G be a connected real semisimple Lie group which contains a compact Cartan subgroup such...
A volume invariant is used to characterize those representations of a count-able group into a connec...
It is well known that the existence of more than two ends in the sense of J.R. Stallings for a finit...
AbstractLet G be a semisimple Lie group which has a compact Cartan subgroup H, let K be a maximal co...
Abstract. Let G0 be a simply connected non-compact real simple Lie group with maximal compact subgro...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/46616/1/222_2005_Article_BF01388963.pd
Abstract. This work investigates the discrete series of linear connected semisimple noncompact group...
AbstractLetGbe a semisimple connected Lie group and letKbe a maximal compact subgroup. Assume that r...
We give a survey of the work of Milnor, Friedlander, Mislin, Suslin, and other authors on the Friedl...
Let G be a connected semisimple Lie group of real rank at least 2 with maximal compact subgroup K. W...
Abstract. We show that Complementary Series representations of SO(n, 1), which are sufficiently clos...
Let G be a noncompact simple Lie group with finite center, let K be a maximal compact subgroup, and ...
AbstractLet Γ be a discrete subgroup of a semisimple Lie group G such that ΓβG has a finite volume. ...
AbstractOsborne and Warner have given a formula for the multiplicity of an integrable discrete serie...
AbstractLet Γ be a discrete torsion-free subgroup of a semisimple Lie group G such that the volume o...
AbstractLet G be a connected real semisimple Lie group which contains a compact Cartan subgroup such...
A volume invariant is used to characterize those representations of a count-able group into a connec...
It is well known that the existence of more than two ends in the sense of J.R. Stallings for a finit...