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7 papers · 1 filter

math.CO2018

Ubiquity in graphs II: Ubiquity of graphs with nowhere-linear end structure

Nathan Bowler, Christian Elbracht, Joshua Erde +4

A graph is said to be -ubiquitous, where is the minor relation between graphs, if whenever is a graph with for all , the…

math.CO2018

Partitioning edge-coloured infinite complete bipartite graphs into monochromatic paths

Carl Bürger, Max Pitz

In 1978, Richard Rado showed that every edge-coloured complete graph of countably infinite order can be partitioned into monochromatic paths of different colours. He asked whether…

math.CO2018

-arc and -circle connected graph-like spaces

Paul Gartside, Max Pitz

A space is -arc connected (respectively, -circle connected) if for any choice of at most points there is an arc (respectively, a circle) in containing the specifi…

math.CO2018

Ubiquity in graphs I: Topological ubiquity of trees

Nathan Bowler, Christian Elbracht, Joshua Erde +4

Let be a relation between graphs. We say a graph is \emph{-ubiquitous} if whenever is a graph with for all $n \in \mathb…

math.GN2018

Tangles and the Stone-Cech compactification of infinite graphs

Jan Kurkofka, Max Pitz

We show that the tangle space of a graph, which compactifies it, is a quotient of its Stone-Čech remainder obtained by contracting the connected components.

math.CO2018

Partitioning Edge-Coloured Complete Symmetric Digraphs into Monochromatic Complete Subgraphs

Carl Bürger, Louis DeBiasio, Hannah Guggiari +1

Let be the complete symmetric digraph on the positive integers. Answering a question of DeBiasio and McKenney, we construct a -colouring of the edges of $K_{\ma…