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20222026
most citedEdges not covered by monochromatic bipartite graphs

1 citations · 1 across the 5 of their papers we have counts for

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math.CO2026

Turán-Type Extremal Results for Distance- Graphs

Zhen He, Nika Salia, Casey Tompkins +1

We study Turán-type extremal problems for distance graphs, motivated by work of Csikvári, Bollobás, Tyomkyn, and Uzzell. We determine the maximum number of vertex pairs at distance…

math.CO2025

The Connected Bipartite Turán Problem for Long Cycles and Paths

Zhen He, Nika Salia, Xiutao Zhu

Caro, Patkós, and Tuza initiated a systematic study of the bipartite Turán number for trees, and in particular asked for the extremal number of edges in connected bipartite graphs…

math.CO2025

Sets avoiding a rainbow solution to the generalized Schur equation

Ervin Győri, Zhen He, Zequn Lv +4

A classical result in combinatorial number theory states that the largest subset of avoiding a solution to the equation is of size . For all intege…

math.CO2022

The maximum number of cliques in graphs with bounded odd circumference

Zequn Lv, Ervin Győri, Zhen He +3

In this work, we give the sharp upper bound for the number of cliques in graphs with bounded odd circumferences. This generalized Turán-type result is an extension of the celebrate…

math.CO20221 cited

Edges not covered by monochromatic bipartite graphs

Xiutao Zhu, Ervin Győri, Zhen He +4

Let denote the maximum number of edges not contained in any monochromatic copy of~ in a -coloring of the edges of , and let denote the Turán number…

math.CO2022

Generalized Turan number for the edge blow-up graph

Zequn Lv, Ervin Győri, Zhen He +4

Let be a graph and be an integer. The edge blow-up of is the graph obtained from replacing each edge in by a copy of where the new vertices of the cliqu…