31 pagesThe rainbow Ramsey theorem states that every coloring of tuples where each color is used a bounded number of times has an infinite subdomain on which no color appears twice. The restriction of the statement to colorings over pairs (RRT22) admits several characterizations: it is equivalent to finding an infinite subset of a 2-random, to diagonalizing against Turing machines with the halting set as oracle... In this paper we study principles that are closely related to the rainbow Ramsey theorem, the Erd\H{o}s Moser theorem and the thin set theorem within the framework of reverse mathematics. We prove that the thin set theorem for pairs implies RRT22, and that the stable thin set theorem for pairs implies the atomic model theorem over...
The purpose is to study the strength of Ramsey's Theorem for pairs restricted to recursive assignmen...
This thesis is divided into two main parts. In the first part, we focus on analyzing the properties ...
A subgraph of an edge-colored graph is rainbow if all of its edges have dierent colors. For a graph ...
31 pagesThe rainbow Ramsey theorem states that every coloring of tuples where each color is used a b...
Abstract. The Rainbow Ramsey Theorem is essentially an “anti-Ramsey ” theorem which states that cert...
International audienceRamsey's theorem for n-tuples and k-colors (RT n k) asserts that every k-color...
Abstract. We study the reverse mathematics and computability-the-oretic strength of (stable) Ramsey’...
We study the reverse mathematics and computability-theoretic strength of (stable) Ramsey’s Theorem f...
21 pagesInternational audienceWe complete a 40-year old program on the computability-theoretic analy...
he main objective of this research is to study the relative strength of combinatorial principles, in...
International audienceRamsey's theorem for pairs asserts that every 2-coloring of the pairs of integ...
Abstract. Ramsey’s theorem states that each coloring has an infinite homo-geneous set, but these set...
AbstractWe call a coloring of the edge set of a graph G a b-bounded coloring if no color is used mor...
We call a coloring of the edge set of a graph G a b-bounded coloring if no color is used more than b...
In this work, we collect Ramsey-type results concerning rainbow edge colorings of graphs
The purpose is to study the strength of Ramsey's Theorem for pairs restricted to recursive assignmen...
This thesis is divided into two main parts. In the first part, we focus on analyzing the properties ...
A subgraph of an edge-colored graph is rainbow if all of its edges have dierent colors. For a graph ...
31 pagesThe rainbow Ramsey theorem states that every coloring of tuples where each color is used a b...
Abstract. The Rainbow Ramsey Theorem is essentially an “anti-Ramsey ” theorem which states that cert...
International audienceRamsey's theorem for n-tuples and k-colors (RT n k) asserts that every k-color...
Abstract. We study the reverse mathematics and computability-the-oretic strength of (stable) Ramsey’...
We study the reverse mathematics and computability-theoretic strength of (stable) Ramsey’s Theorem f...
21 pagesInternational audienceWe complete a 40-year old program on the computability-theoretic analy...
he main objective of this research is to study the relative strength of combinatorial principles, in...
International audienceRamsey's theorem for pairs asserts that every 2-coloring of the pairs of integ...
Abstract. Ramsey’s theorem states that each coloring has an infinite homo-geneous set, but these set...
AbstractWe call a coloring of the edge set of a graph G a b-bounded coloring if no color is used mor...
We call a coloring of the edge set of a graph G a b-bounded coloring if no color is used more than b...
In this work, we collect Ramsey-type results concerning rainbow edge colorings of graphs
The purpose is to study the strength of Ramsey's Theorem for pairs restricted to recursive assignmen...
This thesis is divided into two main parts. In the first part, we focus on analyzing the properties ...
A subgraph of an edge-colored graph is rainbow if all of its edges have dierent colors. For a graph ...