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20132026
most citedOn the commuting probability of p-elements in a finite group

12 citations · 48 across the 40 of their papers we have counts for

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Showing 2021Show all

7 papers · 1 filter

math.GR2021★ 12 cited

On the commuting probability of p-elements in a finite group

Timothy C. Burness, Robert M. Guralnick, Alexander Moretó +1

Let be a finite group, let be a prime and let be the probability that two random -elements of commute. In this paper we prove that ${\rm Pr}_p(G) > (…

math.GR2021★ 1 cited

Fixed point ratios for finite primitive groups and applications

Timothy C. Burness, Robert M. Guralnick

Let be a finite primitive permutation group on a set and recall that the fixed point ratio of an element , denoted , is the proportion of points in $…

math.GR2021

On the soluble graph of a finite group

Timothy C. Burness, Andrea Lucchini, Daniele Nemmi

Let be a finite insoluble group with soluble radical . In this paper we investigate the soluble graph of , which is a natural generalisation of the widely studied comm…

math.GR2021

Topological generation of simple algebraic groups

Timothy C. Burness, Spencer Gerhardt, Robert M. Guralnick

Let be a simple algebraic group over an algebraically closed field and let be an irreducible subvariety of with . In this paper, we consider the genera…

math.GR2021

On the classification of extremely primitive affine groups

Timothy C. Burness, Melissa Lee

Let be a finite non-regular primitive permutation group on a set with point stabiliser . Then is said to be extremely primitive if acts primitively on each o…

math.GR2021

On the Saxl graphs of primitive groups with soluble stabilisers

Timothy C. Burness, Hong Yi Huang

Let be a transitive permutation group on a finite set and recall that a base for is a subset of with trivial pointwise stabiliser. The base size of , denoted $b(…

math.GR2021

On soluble subgroups of sporadic groups

Timothy C. Burness

Let be an almost simple sporadic group and let be a soluble subgroup of . In this paper we prove that there exists such that , which i…