Let G be a simply connected semisimple algebraic group and let K be the subgroup of points fixed by an involution of G. For certain representations containing a line r preserved by K, we study the normality of the closure of the set of vectors which are G conjugate to a vector in r. Some applications of our result to the normality of certain classical varieties are given
We prove that in characteristic zero the multiplication of sections of dominant line bundles on a co...
We study closures of conjugacy classes in the symmetric matrices of the orthogonal group and we dete...
none2We prove that in characteristic zero the multiplication of sections of line bundles generated b...
Let G be a simply connected semisimple algebraic group and let K be the subgroup of points fixed by ...
Let G be a simply connected semisimple algebraic group and let K be the subgroup of points fixed by ...
Let $G$ be a simply connected semisimple algebraic group and let $K$ be the subgroup of points fixed...
Let G be a semisimple and simply connected algebraic group, and let H^0 be the subgroup of points fi...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
none4noGiven an irreducible representation V of a complex simply connected semisimple algebraic grou...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
We prove that in characteristic zero the multiplication of sections of dominant line bundles on a co...
We study closures of conjugacy classes in the symmetric matrices of the orthogonal group and we dete...
none2We prove that in characteristic zero the multiplication of sections of line bundles generated b...
Let G be a simply connected semisimple algebraic group and let K be the subgroup of points fixed by ...
Let G be a simply connected semisimple algebraic group and let K be the subgroup of points fixed by ...
Let $G$ be a simply connected semisimple algebraic group and let $K$ be the subgroup of points fixed...
Let G be a semisimple and simply connected algebraic group, and let H^0 be the subgroup of points fi...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
Given an irreducible representation V of a complex simply connected semisimple algebraic group G we ...
none4noGiven an irreducible representation V of a complex simply connected semisimple algebraic grou...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
Let G be a simply connected semisimple algebraic group and let H^0 be the subgroup of points fixed u...
We prove that in characteristic zero the multiplication of sections of dominant line bundles on a co...
We study closures of conjugacy classes in the symmetric matrices of the orthogonal group and we dete...
none2We prove that in characteristic zero the multiplication of sections of line bundles generated b...