Let L be a finite group with a unique minimal normal subgroup, say N. We study the conditional probability P_{L,N} (d) that d randomly chosen elements of L generate L given that they generated L modulo N. In particular we prove that if d ≥ d(L) then P_{L,N} (d) ≥ 1/2. Several applications to general questions on the generation of finite and profinite groups are described
For each finite simple group G there is a conjugacy class CG such that each nontrivial element of G ...
The determination of the abelianness of a nonabelian group has been introduced for symmetric groups ...
A subnormal subgroup X of G has the following property: there exists a Dirichlet polynomial Q(s) wit...
AbstractA group L is primitive monolithic if L has a unique minimal normal subgroup, N, and trivial ...
A group L is primitive monolithic if L has a unique minimal normal subgroup, N , and trivial Frattin...
We study the asymptotic behavior of the probability of generating a finite completely reducible line...
We study the asymptotic behavior of the probability of generating a finite completely reducible line...
For a finite group group, denote by V(G) the smallest positive integer k with the property that the ...
AbstractWe prove that a randomly chosen involution and a randomly chosen additional element of a fin...
We prove explicit bounds on the numbers of elements needed to generate various types of finite permu...
In several papers the probability that t randomly chosen elements of a group G generate G itself has...
We study the probability of generating a finite simple group, together with its generalisation PG,so...
The following article appeared in Annals of Mathematics 173.2 (2011): 769-814 and may be found at ht...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
This paper applies the theory of probability to finite groups. Three problems are addressed: the pro...
For each finite simple group G there is a conjugacy class CG such that each nontrivial element of G ...
The determination of the abelianness of a nonabelian group has been introduced for symmetric groups ...
A subnormal subgroup X of G has the following property: there exists a Dirichlet polynomial Q(s) wit...
AbstractA group L is primitive monolithic if L has a unique minimal normal subgroup, N, and trivial ...
A group L is primitive monolithic if L has a unique minimal normal subgroup, N , and trivial Frattin...
We study the asymptotic behavior of the probability of generating a finite completely reducible line...
We study the asymptotic behavior of the probability of generating a finite completely reducible line...
For a finite group group, denote by V(G) the smallest positive integer k with the property that the ...
AbstractWe prove that a randomly chosen involution and a randomly chosen additional element of a fin...
We prove explicit bounds on the numbers of elements needed to generate various types of finite permu...
In several papers the probability that t randomly chosen elements of a group G generate G itself has...
We study the probability of generating a finite simple group, together with its generalisation PG,so...
The following article appeared in Annals of Mathematics 173.2 (2011): 769-814 and may be found at ht...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
This paper applies the theory of probability to finite groups. Three problems are addressed: the pro...
For each finite simple group G there is a conjugacy class CG such that each nontrivial element of G ...
The determination of the abelianness of a nonabelian group has been introduced for symmetric groups ...
A subnormal subgroup X of G has the following property: there exists a Dirichlet polynomial Q(s) wit...