AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to the F-conjugacy classes of its Weyl group. We obtain two expressions for the number of semisimple classes mapped by θ into a given F-conjugacy class of W. The first involves distinguished coset representatives in the affine Weyl group and the second is the number of elements in the coroot lattice satisfying certain conditions. The Brauer complex plays a key role in the proof. The map θ has recently proved of interest in connection with probabilistic and combinatorial group theory
AbstractBy algebraic group theory, there is a map from the semisimple conjugacy classes of a finite ...
We prove a result that relates the number of homomorphisms from the fundamental group of a compact n...
Dedicated to Tonny Springer on the occasion of his 85th birthdayLet G be an almost simple reductive ...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
AbstractIn this paper we verify a prediction of the Langlands-Lusztig program in the special case of...
AbstractWe show that various invariants of a unipotent conjugacy class in a connected semisimple gro...
AbstractBy algebraic group theory, there is a map from the semisimple conjugacy classes of a finite ...
AbstractWe describe combinatorial techniques to determine the numbers of semisimple conjugacy classe...
AbstractThe main theme of this paper is the study of the number, v(G,k), of conjugacy clases of a co...
AbstractRandom walk on the chambers of hyperplane arrangements is used to define a family of card sh...
Consider a non-connected algebraic group G = G ⋉ Γ with semisimple identity component G and a subgro...
AbstractIn this paper we describe conjugacy classes of a Renner monoid R with unit group W, the Weyl...
Let G be a connected semisimple algebraic group over an algebraically closed field of characteristic...
For a connected semisimple algebraic group G over an algebraically closed field k and a fixed pair (...
Using combinatorial techniques, we answer two questions about simple classical Lie groups. Define N(...
AbstractBy algebraic group theory, there is a map from the semisimple conjugacy classes of a finite ...
We prove a result that relates the number of homomorphisms from the fundamental group of a compact n...
Dedicated to Tonny Springer on the occasion of his 85th birthdayLet G be an almost simple reductive ...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
AbstractIn this paper we verify a prediction of the Langlands-Lusztig program in the special case of...
AbstractWe show that various invariants of a unipotent conjugacy class in a connected semisimple gro...
AbstractBy algebraic group theory, there is a map from the semisimple conjugacy classes of a finite ...
AbstractWe describe combinatorial techniques to determine the numbers of semisimple conjugacy classe...
AbstractThe main theme of this paper is the study of the number, v(G,k), of conjugacy clases of a co...
AbstractRandom walk on the chambers of hyperplane arrangements is used to define a family of card sh...
Consider a non-connected algebraic group G = G ⋉ Γ with semisimple identity component G and a subgro...
AbstractIn this paper we describe conjugacy classes of a Renner monoid R with unit group W, the Weyl...
Let G be a connected semisimple algebraic group over an algebraically closed field of characteristic...
For a connected semisimple algebraic group G over an algebraically closed field k and a fixed pair (...
Using combinatorial techniques, we answer two questions about simple classical Lie groups. Define N(...
AbstractBy algebraic group theory, there is a map from the semisimple conjugacy classes of a finite ...
We prove a result that relates the number of homomorphisms from the fundamental group of a compact n...
Dedicated to Tonny Springer on the occasion of his 85th birthdayLet G be an almost simple reductive ...