activity
20202026
most citedStable Subgroups of the Genus Two Handlebody Group

9 citations · 9 across the 5 of their papers we have counts for

collaborators

6 papers

math.GT2026

When loxodromics are pseudo-Anosovs on witnesses

Marissa Chesser

In this paper, we prove that for subgroups acting on admissible multiarc and curve graphs and for the handlebody group acting on the disk graph, the loxodromic elements are exactly…

math.GR2025

Stable subgroups of graph products

Sahana H Balasubramanya, Marissa Chesser, Alice Kerr +2

We extend the characterization of stable subgroups of right-angled Artin groups of Koberda, Mangahas and Taylor to the case of graph products of infinite groups. Specifically, we s…

math.CO2025

The Edge-Distinguishing Game

Nathaniel Benjamin, Elisa Benthem, Cooper Burkel +2

In this paper, we introduce a graph coloring game called the Edge-Distinguishing Game (EDGe). The edge-distinguishing chromatic number of a graph is used to determine the moves eac…

math.GR2023

(Non-)Recognizing Spaces for Stable Subgroups

Sahana Balasubramanya, Marissa Chesser, Alice Kerr +2

In this note, we consider the notion of what we call recognizing spaces for stable subgroups of a given group. When a group is a mapping class group or right-angled Artin group…

math.GT2023

Purely pseudo-Anosov subgroups of the genus two handlebody group

Marissa Chesser, Christopher J. Leininger

We prove that finitely generated, purely pseudo-Anosov subgroups of the genus handlebody group are convex cocompact.

math.GT2020★ 9 cited

Stable Subgroups of the Genus Two Handlebody Group

Marissa Chesser

We show that a finitely generated subgroup of the genus two handlebody group is stable if and only if the orbit map to the disk graph is a quasi-isometric embedding. To this end, w…