Categorifications of Non-Integer Quivers: Types $H_4$, $H_3$ and $I_2(2n+1)$

Fuente: arXiv
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Autori principali: Duffield, Drew Damien, Tumarkin, Pavel
Natura: Preprint
Pubblicazione: 2022
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author Duffield, Drew Damien
Tumarkin, Pavel
author_facet Duffield, Drew Damien
Tumarkin, Pavel
contents We define the notion of a weighted unfolding of quivers with real weights, and use this to provide a categorification of mutations of quivers of finite types $H_4$, $H_3$ and $I_2(2n+1)$. In particular, the (un)folding induces a semiring action on the categories associated to the unfolded quivers of types $E_8$, $D_6$ and $A_{2n}$ respectively. We then define the tropical seed pattern on the folded quivers, which includes $c$- and $g$-vectors, and show its compatibility with the unfolding.
format Preprint
id arxiv_https___arxiv_org_abs_2204_12752
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Categorifications of Non-Integer Quivers: Types $H_4$, $H_3$ and $I_2(2n+1)$
Duffield, Drew Damien
Tumarkin, Pavel
Representation Theory
Combinatorics
Rings and Algebras
13F60 (Primary), 16G70, 16G20 (Secondary)
We define the notion of a weighted unfolding of quivers with real weights, and use this to provide a categorification of mutations of quivers of finite types $H_4$, $H_3$ and $I_2(2n+1)$. In particular, the (un)folding induces a semiring action on the categories associated to the unfolded quivers of types $E_8$, $D_6$ and $A_{2n}$ respectively. We then define the tropical seed pattern on the folded quivers, which includes $c$- and $g$-vectors, and show its compatibility with the unfolding.
title Categorifications of Non-Integer Quivers: Types $H_4$, $H_3$ and $I_2(2n+1)$
topic Representation Theory
Combinatorics
Rings and Algebras
13F60 (Primary), 16G70, 16G20 (Secondary)
url https://arxiv.org/abs/2204.12752