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math.CO2026

The chromatic number of 3-stable Kneser graphs

Wei-Chia Chen, Alex Parker, Shira Zerbib

The paper determines the chromatic number of 3‑stable Kneser graphs, confirming Meunier’s conjecture for the case s=3 (with sufficiently large n) and for k=s=3, using combinatorial…

math.CO2026

Generalized Ramsey Numbers in the Hypercube

Emily Heath, Coy Schwieder, Shira Zerbib

We study the generalized Ramsey numbers , that is, the minimum number of colors needed to edge-color the hypercube so that every copy of the cycle h…

math.CO2025

Ramsey Numbers in Kneser Graphs

Emily Heath, Grace McCourt, Alex Parker +2

We define the as the minimum integer such that every red/blue edge-coloring of the Kneser graph

math.CO2025

Odd Ramsey numbers of multipartite graphs and hypergraphs

Nicholas Crawford, Emily Heath, Owen Henderschedt +2

Given a hypergraph and a subhypergraph of , the \emph{odd Ramsey number} is the minimum number of colors needed to edge-color so that every copy of $H…

math.CO2025

A topological product Tverberg Theorem

Andreas F. Holmsen, Grace McCourt, Daniel McGinnis +1

We prove a generalization of the topological Tverberg theorem. One special instance of our general theorem is the following: Let denote the 8-dimensional simplex viewed as an…

math.CO2024

Improved Tverberg theorems for certain families of polytopes

Pablo Soberón, Shira Zerbib

A theorem of Grünbaum, which states that every -polytope is a refinement of an -simplex, implies the following generalization of Tverberg's theorem: if is a linear funct…