Add to ORKGIn this paper, we will generate the wreath product)17()13 ( 22 LwrL using only two permutations. Also, we will show the structure of some groups containing the wreath product)17()13 ( 22 LwrL. The structure of the groups founded is determined in terms of wreath product kCwrLwrL))17()13( ( 22. Some related cases are also included. Also, we will show that 1252 +kS and 1252 +KA can be generated using the wreath product kCwrLwrL))17()13( ( 22 and a transposition in 1252 +kS and an element of order 3 in 1252 +KA. We will also show that 1252 +kS and 1252 +KA can be generated using the wreath product)17()13 ( 22 LwrL and an element of order 1k +
The ancient and venerable wreath product construction has been used countless times in the literatur...
For a symmetric group G: = Sym(n) and a conjugacy class X of involutions in G, it is known that if t...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
In this paper, we will generate the wreath product 11 12 M wrM using only two permutations. Also, we...
Copyright c © 2013 Basmah H. Shafee. This is an open access article distributed under the Creative C...
In this article we investigate and examine some of our results from transitive permutation groups wh...
In this paper, we will show the structure of some groups containing the Mathieu groupM23 and generat...
The theory of characters of wreath products of finite groups is very well known. The basic fact is t...
AbstractThe theory of characters of wreath products of finite groups is very well known. The basic f...
Given a permutational wreath product sequence of cyclic groups, we investigate its minimal generatin...
This is an exposition on the representation theory of wreath products of finite groups, with many ex...
We show that the wreath product of two finite symmetric or alternating groups is 2-generated
AbstractGeneralizing the centralizer construction of Molev and Olshanski on symmetric groups, we stu...
Abstract. Let S ∞ be the infinity permutation group and Γ an arbitrary group. Then S ∞ admits a natu...
AbstractThe salient point arising out of a consideration of some seemingly independent topics in rep...
The ancient and venerable wreath product construction has been used countless times in the literatur...
For a symmetric group G: = Sym(n) and a conjugacy class X of involutions in G, it is known that if t...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
In this paper, we will generate the wreath product 11 12 M wrM using only two permutations. Also, we...
Copyright c © 2013 Basmah H. Shafee. This is an open access article distributed under the Creative C...
In this article we investigate and examine some of our results from transitive permutation groups wh...
In this paper, we will show the structure of some groups containing the Mathieu groupM23 and generat...
The theory of characters of wreath products of finite groups is very well known. The basic fact is t...
AbstractThe theory of characters of wreath products of finite groups is very well known. The basic f...
Given a permutational wreath product sequence of cyclic groups, we investigate its minimal generatin...
This is an exposition on the representation theory of wreath products of finite groups, with many ex...
We show that the wreath product of two finite symmetric or alternating groups is 2-generated
AbstractGeneralizing the centralizer construction of Molev and Olshanski on symmetric groups, we stu...
Abstract. Let S ∞ be the infinity permutation group and Γ an arbitrary group. Then S ∞ admits a natu...
AbstractThe salient point arising out of a consideration of some seemingly independent topics in rep...
The ancient and venerable wreath product construction has been used countless times in the literatur...
For a symmetric group G: = Sym(n) and a conjugacy class X of involutions in G, it is known that if t...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...