Bounds for Rainbow-uncommon Graphs

Fuente: arXiv
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Hauptverfasser: Bates, Blake, Berikkyzy, Zhanar, Chiem, Nick, Elvin, Gabriel, Fines, Risa, Lie, Maja, Mikulás, Hanna, Reiter, Isaac, Zhou, Kevin
Format: Preprint
Veröffentlicht: 2024
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author Bates, Blake
Berikkyzy, Zhanar
Chiem, Nick
Elvin, Gabriel
Fines, Risa
Lie, Maja
Mikulás, Hanna
Reiter, Isaac
Zhou, Kevin
author_facet Bates, Blake
Berikkyzy, Zhanar
Chiem, Nick
Elvin, Gabriel
Fines, Risa
Lie, Maja
Mikulás, Hanna
Reiter, Isaac
Zhou, Kevin
contents We say a graph $H$ is $r$-rainbow-uncommon if the maximum number of rainbow copies of $H$ under an $r$-coloring of $E(K_n)$ is asymptotically (as $n \to \infty$) greater than what is expected from uniformly random $r$-colorings. Via explicit constructions, we show that for $H\in\{K_3,K_4, K_5\}$, $H$ is $r$-rainbow-uncommon for all $r\geq {|V(H)|\choose 2}$. We also construct colorings to show that for $t \geq 6$, $K_t$ is $r$-rainbow-uncommon for sufficiently large $r$.
format Preprint
id arxiv_https___arxiv_org_abs_2403_04055
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Bounds for Rainbow-uncommon Graphs
Bates, Blake
Berikkyzy, Zhanar
Chiem, Nick
Elvin, Gabriel
Fines, Risa
Lie, Maja
Mikulás, Hanna
Reiter, Isaac
Zhou, Kevin
Combinatorics
05C15
We say a graph $H$ is $r$-rainbow-uncommon if the maximum number of rainbow copies of $H$ under an $r$-coloring of $E(K_n)$ is asymptotically (as $n \to \infty$) greater than what is expected from uniformly random $r$-colorings. Via explicit constructions, we show that for $H\in\{K_3,K_4, K_5\}$, $H$ is $r$-rainbow-uncommon for all $r\geq {|V(H)|\choose 2}$. We also construct colorings to show that for $t \geq 6$, $K_t$ is $r$-rainbow-uncommon for sufficiently large $r$.
title Bounds for Rainbow-uncommon Graphs
topic Combinatorics
05C15
url https://arxiv.org/abs/2403.04055