Positive correlation of three fluids percolating from the center

From papers

Let MnM_n be the finite honeycomb-lattice region, let OO be its central cell, and let Ak,nΩA_{k,n}\subset\Omega be the event that fluid kk, for k=1,2,3k=1,2,3, percolates from OO to the boundary of MnM_n, with the color of OO disregarded. Center-percolation correlation conjecture. For each nn,

P(A1,nA2,nA3,n)P(A1,n)P(A2,n)P(A3,n).P(A_{1,n}\cap A_{2,n}\cap A_{3,n})\geq P(A_{1,n})P(A_{2,n})P(A_{3,n}).

This is the center analogue of the conjecture for percolation between opposite sides. The paper presents it as an open conjecture and discusses a stronger asymptotic ratio conjecture separately.

Progress summary

Nothing recorded yet. Refresh searches the literature and the public web for attempts on this problem, and writes the first summary here.

Sources & referencesView supporting material

Primary source

Ivan Novikov, “Percolation of three fluids on a honeycomb lattice”, arXiv:1912.01757 (2019).

Solutions 0

No solutions have been posted yet.