AbstractThe geometry of the orbits of a minimal parabolick-subgroup acting on a symmetrick-variety is essential in several areas, but its main importance is in the study of the representations associated with these symmetrick-varieties (see for example [5, 6, 20, and 31]). Up to an action of the restricted Weyl group ofG, these orbits can be characterized by theHk-conjugacy classes of maximalk-split tori, which are stable underk-involutionθassociated with the symmetrick-variety. HereHis a openk-subgroup of the fixed point group ofθ. This is the second in a series of papers in which we characterize and classify theHk-conjugacy classes of maximalk-split tori. The first paper in this series dealt with the case of algebraically closed fields. I...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
V. L. Popov has recently introduced an analogue of Jordan classes (packets or decomposition classes)...
Let G be a reductive group over a field k of characteristic ≠2, let g=Lie(G), let θ be an involutive...
AbstractThe geometry of the orbits of a minimal parabolick-subgroup acting on a symmetrick-variety i...
AbstractIn this paper we present an algorithm to compute the orbits of a minimal parabolic k -subgro...
Let G be a connected reductive algebraic group defined over a field k of characteristic not 2, σ an ...
Abstract. We study K-orbits in G/P where G is a complex connected reductive group, P ⊆ G is a parabo...
Abstract. Let G be a connected reductive algebraic group dened over a eld k of characteristic not 2,...
AbstractLet G be a connected reductive algebraic group defined over a field k of characteristic not ...
Let G be a connected reductive algebraic group over C. We denote by K = (G^θ)_0 the identity compone...
An attempt was made to make this a self-contained reading. The first three chapters are intended to ...
Let G be a connected, simply connected semisimple algebraic group over the complex number field, and...
Abstract. A first characterization of the isomorphism classes of k-involutions for any reductive alg...
Abstract. Let L be a simple algebraic group and P a parabolic subgroup with Abelian unipotent radica...
AbstractLet G be a semisimple algebraic group defined over an algebraically closed field k whose cha...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
V. L. Popov has recently introduced an analogue of Jordan classes (packets or decomposition classes)...
Let G be a reductive group over a field k of characteristic ≠2, let g=Lie(G), let θ be an involutive...
AbstractThe geometry of the orbits of a minimal parabolick-subgroup acting on a symmetrick-variety i...
AbstractIn this paper we present an algorithm to compute the orbits of a minimal parabolic k -subgro...
Let G be a connected reductive algebraic group defined over a field k of characteristic not 2, σ an ...
Abstract. We study K-orbits in G/P where G is a complex connected reductive group, P ⊆ G is a parabo...
Abstract. Let G be a connected reductive algebraic group dened over a eld k of characteristic not 2,...
AbstractLet G be a connected reductive algebraic group defined over a field k of characteristic not ...
Let G be a connected reductive algebraic group over C. We denote by K = (G^θ)_0 the identity compone...
An attempt was made to make this a self-contained reading. The first three chapters are intended to ...
Let G be a connected, simply connected semisimple algebraic group over the complex number field, and...
Abstract. A first characterization of the isomorphism classes of k-involutions for any reductive alg...
Abstract. Let L be a simple algebraic group and P a parabolic subgroup with Abelian unipotent radica...
AbstractLet G be a semisimple algebraic group defined over an algebraically closed field k whose cha...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
V. L. Popov has recently introduced an analogue of Jordan classes (packets or decomposition classes)...
Let G be a reductive group over a field k of characteristic ≠2, let g=Lie(G), let θ be an involutive...