A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection

We investigate the combinatorics of the symmetry relation H μ(x; q, t) = H μ∗ (x; t, q) on the transformed Macdonald polynomials, from the point of view of the combinatorial formula of Haglund, Haiman, and Loehr in terms of the inv and maj statistics on Young diagram fillings. By generalizing the Ca...

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Main Author: Maria Monks Gillespie
Format: Article
Language:English
Published: Discrete Mathematics & Theoretical Computer Science 2020-04-01
Series:Discrete Mathematics & Theoretical Computer Science
Subjects:
Online Access:https://dmtcs.episciences.org/6319/pdf
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author Maria Monks Gillespie
author_facet Maria Monks Gillespie
author_sort Maria Monks Gillespie
collection DOAJ
description We investigate the combinatorics of the symmetry relation H μ(x; q, t) = H μ∗ (x; t, q) on the transformed Macdonald polynomials, from the point of view of the combinatorial formula of Haglund, Haiman, and Loehr in terms of the inv and maj statistics on Young diagram fillings. By generalizing the Carlitz bijection on permutations, we provide a purely combinatorial proof of the relation in the case of Hall-Littlewood polynomials (q = 0) for the coefficients of the square-free monomials in the variables x. Our work in this case relates the Macdonald inv and maj statistics to the monomial basis of the modules Rμ studied by Garsia and Procesi. We also provide a new proof for the full Macdonald relation in the case when μ is a hook shape.
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spelling doaj.art-53b2a16fc87e4ceda0490c660cea26792024-03-07T14:55:21ZengDiscrete Mathematics & Theoretical Computer ScienceDiscrete Mathematics & Theoretical Computer Science1365-80502020-04-01DMTCS Proceedings, 28th...10.46298/dmtcs.63196319A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijectionMaria Monks Gillespie0University of California [Berkeley]We investigate the combinatorics of the symmetry relation H μ(x; q, t) = H μ∗ (x; t, q) on the transformed Macdonald polynomials, from the point of view of the combinatorial formula of Haglund, Haiman, and Loehr in terms of the inv and maj statistics on Young diagram fillings. By generalizing the Carlitz bijection on permutations, we provide a purely combinatorial proof of the relation in the case of Hall-Littlewood polynomials (q = 0) for the coefficients of the square-free monomials in the variables x. Our work in this case relates the Macdonald inv and maj statistics to the monomial basis of the modules Rμ studied by Garsia and Procesi. We also provide a new proof for the full Macdonald relation in the case when μ is a hook shape.https://dmtcs.episciences.org/6319/pdf[math.math-co]mathematics [math]/combinatorics [math.co]
spellingShingle Maria Monks Gillespie
A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
Discrete Mathematics & Theoretical Computer Science
[math.math-co]mathematics [math]/combinatorics [math.co]
title A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
title_full A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
title_fullStr A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
title_full_unstemmed A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
title_short A combinatorial approach to Macdonald q, t-symmetry via the Carlitz bijection
title_sort combinatorial approach to macdonald q t symmetry via the carlitz bijection
topic [math.math-co]mathematics [math]/combinatorics [math.co]
url https://dmtcs.episciences.org/6319/pdf
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