AbstractThe main theme of this paper is the study of the number, v(G,k), of conjugacy clases of a complex semisimple group G which consist of elements whose orders divide k. We define an involution ∨ on the set of isomorphism classes of such groups and show that ν(G∨,k) = ν(G,k). Explicit formulas for ν(G,k) are obtained for all simply connected or adjoint groups, as well as for all groups of type Al. We obtain also some new partition identities which may be of interest to number-theorists
Abstract. For a connected complex semi-simple Lie group G and a fixed pair (B,B−) of opposite Borel ...
AbstractWe prove the Arad–Herzog conjecture for various families of finite simple groups — if A and ...
Let G be a finite group, p a prime, and P a Sylow p-subgroup of G. Let kp(G) denote the number of co...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
AbstractFor a finite groupG, letk(G) denote the number of conjugacy classes ofG. We prove that a sim...
Using combinatorial techniques, we answer two questions about simple classical Lie groups. Define N(...
Abstract. Given a group automorphism φ: Γ − → Γ, one has an action of Γ on itself by φ-twisted conju...
Abstract. Denote by k(G) the number of conjugacy classes of a group G. Some inequalities are deduced...
The project will investigate the relationship between the number of conjugacy classes of a finite gr...
In this paper, we will solve the problem of counting the number of conjugacy classes of groups of o...
The conjugacy class of an element in a group is the set of all conjugates of that element in the gro...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
For a finite group G, let k(G) denote the number of conjugacy classes of G. If G is a finite permuta...
AbstractWe describe combinatorial techniques to determine the numbers of semisimple conjugacy classe...
AbstractIt has been proved recently by Moretó (2007) [8] and Craven (2008) [3] that the order of a f...
Abstract. For a connected complex semi-simple Lie group G and a fixed pair (B,B−) of opposite Borel ...
AbstractWe prove the Arad–Herzog conjecture for various families of finite simple groups — if A and ...
Let G be a finite group, p a prime, and P a Sylow p-subgroup of G. Let kp(G) denote the number of co...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
AbstractFor a finite groupG, letk(G) denote the number of conjugacy classes ofG. We prove that a sim...
Using combinatorial techniques, we answer two questions about simple classical Lie groups. Define N(...
Abstract. Given a group automorphism φ: Γ − → Γ, one has an action of Γ on itself by φ-twisted conju...
Abstract. Denote by k(G) the number of conjugacy classes of a group G. Some inequalities are deduced...
The project will investigate the relationship between the number of conjugacy classes of a finite gr...
In this paper, we will solve the problem of counting the number of conjugacy classes of groups of o...
The conjugacy class of an element in a group is the set of all conjugates of that element in the gro...
AbstractWe discuss a map θ from the semisimple conjugacy classes of a finite group GF of Lie type to...
For a finite group G, let k(G) denote the number of conjugacy classes of G. If G is a finite permuta...
AbstractWe describe combinatorial techniques to determine the numbers of semisimple conjugacy classe...
AbstractIt has been proved recently by Moretó (2007) [8] and Craven (2008) [3] that the order of a f...
Abstract. For a connected complex semi-simple Lie group G and a fixed pair (B,B−) of opposite Borel ...
AbstractWe prove the Arad–Herzog conjecture for various families of finite simple groups — if A and ...
Let G be a finite group, p a prime, and P a Sylow p-subgroup of G. Let kp(G) denote the number of co...