4.4 Article

Percolation of three fluids on a honeycomb lattice

期刊

MONATSHEFTE FUR MATHEMATIK
卷 199, 期 3, 页码 611-626

出版社

SPRINGER WIEN
DOI: 10.1007/s00605-022-01753-7

关键词

Fourier-Walsh transform; Potts model; Percolation; Honeycomb lattice; Boolean functions

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This paper investigates the percolation of three related fluids on a honeycomb lattice and provides a detailed exposition of the proof by Izyurov and Magazinov, with minor simplifications, for non-specialists. Additionally, several conjectures based on numerical experiments are stated.
In this paper, we consider a generalization of percolation: percolation of three related fluids on a honeycomb lattice. Izyurov and Magazinov proved that percolations of distinct fluids between opposite sides on a fixed hexagon become mutually independent as the lattice step tends to 0. This paper exposes this proof in details (with minor simplifications) for nonspecialists. In addition, we state a few related conjectures based on numerical experiments.

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