The arctic circle boundary and the Airy process
Kurt Johansson

TL;DR
This paper demonstrates that the rescaled boundary of the north polar region in the Aztec diamond converges to the Airy process, using determinantal point processes and proving a conjecture about the tiling structure.
Contribution
It establishes the convergence of the Aztec diamond boundary to the Airy process and proves a conjecture on the tiling structure at the center.
Findings
Boundary converges to the Airy process
Proves a version of Propp's conjecture
Uses extended Krawtchouk kernel in proof
Abstract
We prove that the, appropriately rescaled, boundary of the north polar region in the Aztec diamond converges to the Airy process. The proof uses certain determinantal point processes given by the extended Krawtchouk kernel. We also prove a version of Propp's conjecture concerning the structure of the tiling at the center of the Aztec diamond.
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Taxonomy
TopicsRandom Matrices and Applications · Advanced Combinatorial Mathematics · Stochastic processes and statistical mechanics
