The scaling limit of planar maps with large faces

Fuente: arXiv
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Main Authors: Curien, Nicolas, Miermont, Grégory, Riera, Armand
Format: Preprint
Published: 2025
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author Curien, Nicolas
Miermont, Grégory
Riera, Armand
author_facet Curien, Nicolas
Miermont, Grégory
Riera, Armand
contents We prove that large Boltzmann stable planar maps of index $α\in (1;2)$ converge in the scaling limit towards a random compact metric space $\mathcal{S}_α$ that we construct explicitly. They form a one-parameter family of random continuous spaces ``with holes'' or ``faces'' different from the Brownian sphere. In the so-called dilute phase $α\in [3/2;2)$, the topology of $\mathcal{S}_α$ is that of the Sierpinski carpet, while in the dense phase $α\in (1;3/2)$ the ``faces'' of $\mathcal{S}_α$ may touch each-others. En route, we prove various geometric properties of these objects concerning their faces or the behavior of geodesics.
format Preprint
id arxiv_https___arxiv_org_abs_2501_18566
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle The scaling limit of planar maps with large faces
Curien, Nicolas
Miermont, Grégory
Riera, Armand
Probability
60D05, 60J65, 05C80, 60F17
We prove that large Boltzmann stable planar maps of index $α\in (1;2)$ converge in the scaling limit towards a random compact metric space $\mathcal{S}_α$ that we construct explicitly. They form a one-parameter family of random continuous spaces ``with holes'' or ``faces'' different from the Brownian sphere. In the so-called dilute phase $α\in [3/2;2)$, the topology of $\mathcal{S}_α$ is that of the Sierpinski carpet, while in the dense phase $α\in (1;3/2)$ the ``faces'' of $\mathcal{S}_α$ may touch each-others. En route, we prove various geometric properties of these objects concerning their faces or the behavior of geodesics.
title The scaling limit of planar maps with large faces
topic Probability
60D05, 60J65, 05C80, 60F17
url https://arxiv.org/abs/2501.18566