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Auteur principal: Pahuja, Nimisha
Format: Preprint
Publié: 2023
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Accès en ligne:https://arxiv.org/abs/2304.13696
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author Pahuja, Nimisha
author_facet Pahuja, Nimisha
contents Ayyer and Linusson studied correlations in the multispecies TASEP on a ring (Trans AMS, 2017) using a combinatorial analysis of the multiline queues construction defined by Ferrari and Martin (AOP, 2008). It is natural to explore whether an analogous application of appropriate multiline queues could give similar results for the partially asymmetric case. In this paper, we solve this problem of correlations of adjacent particles on the first two sites in the multispecies PASEP on a finite ring. We use the multiline processes defined by Martin (EJP, 2020), the dynamics of which also depend on the asymmetry parameter $q$, to compute the correlations.
format Preprint
id arxiv_https___arxiv_org_abs_2304_13696
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Correlations in the multispecies PASEP on a ring
Pahuja, Nimisha
Combinatorics
Probability
82C22, 60K35
Ayyer and Linusson studied correlations in the multispecies TASEP on a ring (Trans AMS, 2017) using a combinatorial analysis of the multiline queues construction defined by Ferrari and Martin (AOP, 2008). It is natural to explore whether an analogous application of appropriate multiline queues could give similar results for the partially asymmetric case. In this paper, we solve this problem of correlations of adjacent particles on the first two sites in the multispecies PASEP on a finite ring. We use the multiline processes defined by Martin (EJP, 2020), the dynamics of which also depend on the asymmetry parameter $q$, to compute the correlations.
title Correlations in the multispecies PASEP on a ring
topic Combinatorics
Probability
82C22, 60K35
url https://arxiv.org/abs/2304.13696