Given a graph H and a positive integer k, the k-color Gallai-Ramsey number grk(K3 : H) is defined to be the minimum number of vertices n for which any k-coloring of the complete graph Kn contains either a rainbow triangle or a monochromatic copy of H. The behavior of these numbers is rather well understood when H is bipartite but when H is not bipartite, this behavior is a bit more complicated. In this short note, we improve upon existing lower bounds for non-bipartite graphs H to a value that we conjecture to be sharp up to a constant multiple
AbstractLet G and H be graphs. A graph with colored edges is said to be monochromatic if all its edg...
An edge-colored cycle is rainbow if its edges are colored with distinct colors. A Gallai (multi)grap...
AbstractGallai-colorings of complete graphs–edge colorings such that no triangle is colored with thr...
Given a graph $H$ and a positive integer $k$, the $k$-color Gallai-Ramsey number $gr_{k}(K_{3} : H)$...
We show the minimum number of vertices necessary of a complete Gallai-colored graph on $k$ colors th...
A Gallai-coloring (Gallai-k-coloring) is an edge-coloring (with colors from {1,2,…,k}) of a complete...
Given a graph G and a positive integer k, define the Gallai-Ramsey number to be the minimum number o...
AbstractFor given graphs G and H and an integer k, the Gallai–Ramsey number is defined to be the min...
A Gallai-coloring (G-coloring) is a generalization of 2-colorings of edges of complete graphs: a G-c...
Given a graph $G$, we consider the problem of finding the minimum number $n$ such that any $k$ edge ...
The core idea of Ramsey theory is that complete disorder is impossible. Given a large structure, no ...
Given a graph G and a positive integer k, define the Gallai–Ramsey number to be the minimum number o...
The study of graph Ramsey numbers within restricted colorings, in particular forbidding a rainbow tr...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
In the Ramsey theory of graphs, one seeks to determine the value of the Ramsey number rt(n), defined...
AbstractLet G and H be graphs. A graph with colored edges is said to be monochromatic if all its edg...
An edge-colored cycle is rainbow if its edges are colored with distinct colors. A Gallai (multi)grap...
AbstractGallai-colorings of complete graphs–edge colorings such that no triangle is colored with thr...
Given a graph $H$ and a positive integer $k$, the $k$-color Gallai-Ramsey number $gr_{k}(K_{3} : H)$...
We show the minimum number of vertices necessary of a complete Gallai-colored graph on $k$ colors th...
A Gallai-coloring (Gallai-k-coloring) is an edge-coloring (with colors from {1,2,…,k}) of a complete...
Given a graph G and a positive integer k, define the Gallai-Ramsey number to be the minimum number o...
AbstractFor given graphs G and H and an integer k, the Gallai–Ramsey number is defined to be the min...
A Gallai-coloring (G-coloring) is a generalization of 2-colorings of edges of complete graphs: a G-c...
Given a graph $G$, we consider the problem of finding the minimum number $n$ such that any $k$ edge ...
The core idea of Ramsey theory is that complete disorder is impossible. Given a large structure, no ...
Given a graph G and a positive integer k, define the Gallai–Ramsey number to be the minimum number o...
The study of graph Ramsey numbers within restricted colorings, in particular forbidding a rainbow tr...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
In the Ramsey theory of graphs, one seeks to determine the value of the Ramsey number rt(n), defined...
AbstractLet G and H be graphs. A graph with colored edges is said to be monochromatic if all its edg...
An edge-colored cycle is rainbow if its edges are colored with distinct colors. A Gallai (multi)grap...
AbstractGallai-colorings of complete graphs–edge colorings such that no triangle is colored with thr...