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Deformed cluster maps of type A_2N

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Deformed cluster maps of type A_2N. / Grabowski, Jan; Hone, Andrew; Kim, Wookyung.
In: arxiv.org, 28.02.2024.

Research output: Contribution to Journal/MagazineJournal article

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Grabowski J, Hone A, Kim W. Deformed cluster maps of type A_2N. arxiv.org. 2024 Feb 28.

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@article{5315adc1cda64aa1b112a11678cb372c,
title = "Deformed cluster maps of type A_2N",
abstract = "We extend recent work of the third author and Kouloukas by constructing deformations of integrable cluster maps corresponding to the Dynkin types A_2N, lifting these to higher-dimensional maps possessing the Laurent property and demonstrating integrality of the deformations for N≤3. This provides the first infinite class of examples (in arbitrarily high rank) of such maps and gives information on the associated discrete integrable systems. Key to our approach is a ``local expansion'' operation on quivers which allows us to construct and study mutations in type A_2N from those in type A_2(N−1).",
author = "Jan Grabowski and Andrew Hone and Wookyung Kim",
year = "2024",
month = feb,
day = "28",
language = "English",
journal = "arxiv.org",

}

RIS

TY - JOUR

T1 - Deformed cluster maps of type A_2N

AU - Grabowski, Jan

AU - Hone, Andrew

AU - Kim, Wookyung

PY - 2024/2/28

Y1 - 2024/2/28

N2 - We extend recent work of the third author and Kouloukas by constructing deformations of integrable cluster maps corresponding to the Dynkin types A_2N, lifting these to higher-dimensional maps possessing the Laurent property and demonstrating integrality of the deformations for N≤3. This provides the first infinite class of examples (in arbitrarily high rank) of such maps and gives information on the associated discrete integrable systems. Key to our approach is a ``local expansion'' operation on quivers which allows us to construct and study mutations in type A_2N from those in type A_2(N−1).

AB - We extend recent work of the third author and Kouloukas by constructing deformations of integrable cluster maps corresponding to the Dynkin types A_2N, lifting these to higher-dimensional maps possessing the Laurent property and demonstrating integrality of the deformations for N≤3. This provides the first infinite class of examples (in arbitrarily high rank) of such maps and gives information on the associated discrete integrable systems. Key to our approach is a ``local expansion'' operation on quivers which allows us to construct and study mutations in type A_2N from those in type A_2(N−1).

M3 - Journal article

JO - arxiv.org

JF - arxiv.org

ER -