Let G be a finite group. It has recently been proved that every nontrivial element of G is contained in a generating set of minimal size if and only if all proper quotients of G require fewer generators than G. It is natural to ask which finite groups, in addition, have the property that any two elements of G that do not generate a cyclic group can be extended to a generating set of minimal size. This note answers the question. The only such finite groups are very specific affine groups: elementary abelian groups extended by a cyclic group acting as scalars
The combinatorial notion of a "small set" in an abstract group was introduced by Bella and Malykhin....
A group G is said to be 3/2-generated if every nontrivial element belongs to a generating pair. It i...
We say that a finite group G satisfies the independence property if, for every pair of distinct elem...
Let G be a finite group. It has recently been proved that every nontrivial element of G is contained...
Let G be a finite group. It has recently been proved that every nontrivial element of G is contained...
A subset X of a group (or a ring, or a field) is called generating, if the smallest subgroup (or sub...
A subset X of a group (or a ring, or a field) is called generating, if the smallest subgroup (or sub...
We study the existence of minimal generating sets in Abelian groups. We prove that Abelian groups wi...
A subset S of a group G invariably generates G if, when each element of S is replaced by an arbitrar...
Abstract. Let G be a non-cyclic finite group that can be generated by two elements. A subset S of G ...
A structure theorem is proved for finite groups with the property that, for some integer m with m 2...
AbstractA subset S of a finite group G invariably generates G if G=〈sg(s)|s∈S〉 for each choice of g(...
We characterize Abelian groups with a minimal generating set: Let τ A denote the maximal torsion sub...
AbstractLet G be a non-cyclic finite group that can be generated by two elements. A subset S of G is...
A generating set for a finite group G is minimal if no proper subset generates G, and m(G) denotes t...
The combinatorial notion of a "small set" in an abstract group was introduced by Bella and Malykhin....
A group G is said to be 3/2-generated if every nontrivial element belongs to a generating pair. It i...
We say that a finite group G satisfies the independence property if, for every pair of distinct elem...
Let G be a finite group. It has recently been proved that every nontrivial element of G is contained...
Let G be a finite group. It has recently been proved that every nontrivial element of G is contained...
A subset X of a group (or a ring, or a field) is called generating, if the smallest subgroup (or sub...
A subset X of a group (or a ring, or a field) is called generating, if the smallest subgroup (or sub...
We study the existence of minimal generating sets in Abelian groups. We prove that Abelian groups wi...
A subset S of a group G invariably generates G if, when each element of S is replaced by an arbitrar...
Abstract. Let G be a non-cyclic finite group that can be generated by two elements. A subset S of G ...
A structure theorem is proved for finite groups with the property that, for some integer m with m 2...
AbstractA subset S of a finite group G invariably generates G if G=〈sg(s)|s∈S〉 for each choice of g(...
We characterize Abelian groups with a minimal generating set: Let τ A denote the maximal torsion sub...
AbstractLet G be a non-cyclic finite group that can be generated by two elements. A subset S of G is...
A generating set for a finite group G is minimal if no proper subset generates G, and m(G) denotes t...
The combinatorial notion of a "small set" in an abstract group was introduced by Bella and Malykhin....
A group G is said to be 3/2-generated if every nontrivial element belongs to a generating pair. It i...
We say that a finite group G satisfies the independence property if, for every pair of distinct elem...