activity
20132026
most citedOn coadjoint orbits for -Sylow subgroups of finite classical groups

4 citations · 10 across the 7 of their papers we have counts for

collaborators

7 papers

math.RT2026

Coadjoint orbits of Row Closed Subgroups of

Qiong Guo, Richard Dipper

Let be a natural number, let be a prime power, and let denote the group of unitriangular matrices over the finite field with element…

math.RT2018★ 4 cited

On coadjoint orbits for -Sylow subgroups of finite classical groups

Qiong Guo, Markus Jedlitschky, Richard Dipper

Kirillov's orbit theory provides a powerful tool for the investigation of irreducible unitary representations of many classes of Lie groups. In a previous paper we used a modificat…

math.RT2017★ 1 cited

Orbit method for -Sylow subgroups of finite classical groups

Qiong Guo, Markus Jedlitschky, Richard Dipper

For the -Sylow subgroups of the finite classical groups of untwisted Lie type, an odd prime, we construct a monomial -module which is isomorphic to the…

math.RT2017

On monomial linearisation and supercharacters of pattern subgroups

Qiong Guo, Richard Dipper

Column closed pattern subgroups of the finite upper unitriangular groups are defined as sets of matrices in having zeros in a prescribed set of columns beside…

math.RT2014★ 2 cited

acting on flags and supercharacters

Richard Dipper, Qiong Guo

Let be the group of lower unitriangular -matrices with entries in the field with elements for some prime power and . W…

math.RT2013

Irreducible constituents of minimal degree in supercharacters of the finite unitriangular groups

Richard Dipper, Qiong Guo

Let be a prime power and the group of lower unitriangular matrices of order for some natural number . We give a lower bound for the degrees of irreducible constituen…

math.RT2013★ 3 cited

On the U-module Structure of the Unipotent Specht Modules of Finite General Linear Groups

Qiong Guo

Let be a prime power, and let be the subgroup of (lower) unitriangular matrices in . For a partition of denote the corresponding unipotent…