Let G be a semisimple connected simply connected linear algebraic group over an algebraically closed field k of characteristic p> 0. De-note by Gn its n-th Frobenius kernel and by G(pn) its finite subgroup of Fpn-rational points. In this paper we find quotients of the algebra Un = k[Gn] ∗ and of the group algebra kG(pn) whose module cate-gory is equivalent to a (highest weight) subcategory of the category of rational G-modules
Abstract. Let G be a simple algebraic group over the algebraically closed field k of char-acteristic...
We give a computable criterion which allows to determine, in terms of the combinatorics of the root ...
Let G be a semisimple, simply connected algebraic group over an algebraically closed field of charac...
Let G be a semisimple connected simply connected linear algebraic group over an algebraically closed...
Let G be a reductive algebraic group over a field of prime characteristic. One can associate to G (o...
AbstractLet G be a simple simply connected algebraic group scheme defined over an algebraically clos...
AbstractLet G be a connected semisimple algebraic group defined and split over the field Fp with p e...
Let G be an almost simple and simply connected algebraic group defined and split over the prime fiel...
Let G be a connected, simply connected, quasisimple alge-braic group over an algebraically closed fi...
AbstractSome categories of groups (typically involving groups, possibly infinite, with abelian Frobe...
AbstractLet G be a connected reductive group defined over an algebraically closed field k of charact...
AbstractIn this article we consider an extension of Harish–Chandra modules for real Lie groups to th...
Abstract. Let k be an algebraically closed field of characteristic p> 0. We characterize the fini...
AbstractLet Uζ be the quantum group (Lusztig form) associated to the simple Lie algebra g, with para...
Abstract. This paper extends the comparison results for cohomological support varieties for Chevalle...
Abstract. Let G be a simple algebraic group over the algebraically closed field k of char-acteristic...
We give a computable criterion which allows to determine, in terms of the combinatorics of the root ...
Let G be a semisimple, simply connected algebraic group over an algebraically closed field of charac...
Let G be a semisimple connected simply connected linear algebraic group over an algebraically closed...
Let G be a reductive algebraic group over a field of prime characteristic. One can associate to G (o...
AbstractLet G be a simple simply connected algebraic group scheme defined over an algebraically clos...
AbstractLet G be a connected semisimple algebraic group defined and split over the field Fp with p e...
Let G be an almost simple and simply connected algebraic group defined and split over the prime fiel...
Let G be a connected, simply connected, quasisimple alge-braic group over an algebraically closed fi...
AbstractSome categories of groups (typically involving groups, possibly infinite, with abelian Frobe...
AbstractLet G be a connected reductive group defined over an algebraically closed field k of charact...
AbstractIn this article we consider an extension of Harish–Chandra modules for real Lie groups to th...
Abstract. Let k be an algebraically closed field of characteristic p> 0. We characterize the fini...
AbstractLet Uζ be the quantum group (Lusztig form) associated to the simple Lie algebra g, with para...
Abstract. This paper extends the comparison results for cohomological support varieties for Chevalle...
Abstract. Let G be a simple algebraic group over the algebraically closed field k of char-acteristic...
We give a computable criterion which allows to determine, in terms of the combinatorics of the root ...
Let G be a semisimple, simply connected algebraic group over an algebraically closed field of charac...