activity
19962018
most citedConjugacy action, induced representations and the Steinberg square for simple groups of Lie type

39 citations · 72 across the 10 of their papers we have counts for

collaborators

10 papers

math.GR2018★ 15 cited

Regular orbits of symmetric and alternating groups

Joanna B. Fawcett, E. A. O'Brien, Jan Saxl

Given a finite group and a faithful irreducible -module where has prime order, does have a regular orbit on ? This problem is equivalent to determining which…

math.GR2014

The classification of (3/2)-transitive permutation groups and (1/2)-transitive linear groups

Martin W. Liebeck, Cheryl E. Praeger, Jan Saxl

A linear group G on a finite vector space V, (that is, a subgroup of GL(V)) is called (1/2)-transitive if all the G-orbits on the set of nonzero vectors have the same size. We comp…

math.GR2013★ 3 cited

On base sizes for algebraic groups

Timothy Burness, Robert Guralnick, Jan Saxl

Let be a permutation group on a set . A subset of is a base for if its pointwise stabilizer is trivial; the base size of is the minimal cardinality of a base. In…

math.GR2012★ 39 cited

Conjugacy action, induced representations and the Steinberg square for simple groups of Lie type

Gerhard Heide, Jan Saxl, Pham Huu Tiep +1

Let be a finite simple group of Lie type, and let be the permutation representation of associated with the action of on itself by conjugation. We prove that every…

math.GR2012

Arithmetic results on orbits of linear groups

Michael Giudici, Martin W. Liebeck, Cheryl E. Praeger +2

Let be a prime and a subgroup of . We define to be -exceptional if it has order divisible by , but all its orbits on vectors have size coprime to . We…

math.GR2011

The classification of almost simple -transitive groups

John Bamberg, Michael Giudici, Martin W. Liebeck +2

A finite transitive permutation group is said to be 3/2-transitive if all the nontrivial orbits of a point stabilizer have the same size greater than 1. Examples include the 2-tran…