collaborators

8 papers

math.LO2026

Measurable matchings in unbalanced graphs

Anton Bernshteyn, Matt Bowen, Felix Weilacher

Let be a locally finite multigraph that is bipartite and "unbalanced," meaning that it has a nontrivial bipartition with for all $x…

math.CO2026

On strongly and robustly critical graphs

Anton Bernshteyn, Hemanshu Kaul, Jeffrey A. Mudrock +1

In extremal combinatorics, it is common to focus on structures that are minimal with respect to a certain property. In particular, critical and list-critical graphs occupy a promin…

cs.DS2025

Fast algorithms for Vizing's theorem on bounded degree graphs

Anton Bernshteyn, Abhishek Dhawan

Vizing's theorem states that every graph of maximum degree can be properly edge-colored using colors. The fastest currently known -edge-coloring algorithm…

math.CO2025

Weak Degeneracy of Planar Graphs

Anton Bernshteyn, Eugene Lee, Evelyne Smith-Roberge

The weak degeneracy of a graph is a numerical parameter that was recently introduced by the first two authors with the aim of understanding the power of greedy algorithms for g…

math.CO2025

Coloring graphs with forbidden almost bipartite subgraphs

James Anderson, Anton Bernshteyn, Abhishek Dhawan

Alon, Krivelevich, and Sudakov conjectured in 1999 that for every finite graph , there exists a quantity such that whenever is a…

math.CO2025

Large-scale geometry of Borel graphs of polynomial growth

Anton Bernshteyn, Jing Yu

We study graphs of polynomial growth from the perspective of asymptotic geometry and descriptive set theory. The starting point of our investigation is a theorem of Krauthgamer and…