Multispecies totally asymmetric zero range process: I. Multiline process and combinatorial
arXiv:1511.09168 · doi:10.1093/integr/xyw002
Abstract
We introduce an -species totally asymmetric zero range process (-TAZRP) on one-dimensional periodic lattice with sites. It is a continuous time Markov process in which species of particles hop to the adjacent site only in one direction under the condition that smaller species ones have the priority to do so. Also introduced is an -line process, a companion stochastic system having the uniform steady state from which the -TAZRP is derived as the image by a certain projection . We construct the by a combinatorial of the quantum affine algebra and establish a matrix product formula of the steady state probability of the -TAZRP in terms of corner transfer matrices of a -oscillator valued vertex model. These results parallel the recent reformulation of the -species totally asymmetric simple exclusion process (-TASEP) by the authors, demonstrating that -TAZRP and -TASEP are the canonical sister models associated with the symmetric and the antisymmetric tensor representations of at , respectively.
25 pages. Minor corrections in Example 5.9
References in corpus (4)
Cited by in corpus (8)
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- A -boson representation of Zamolodchikov-Faddeev algebra for stochastic matrix of
- Integrable Structure of Multispecies Zero Range Process
- Multispecies totally asymmetric zero range process: II. Hat relation and tetrahedron equation
- Twisted multiline queues for the steady states of TASEP and TAZRP