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Main Authors: Miller, Jason, Tian, Yi
Format: Preprint
Published: 2026
Subjects:
Online Access:https://arxiv.org/abs/2604.25769
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author Miller, Jason
Tian, Yi
author_facet Miller, Jason
Tian, Yi
contents The Brownian tree, also known as the continuum random tree, is a canonical random compact, geodesic $\mathbf R$-tree that arises as the universal scaling limit for numerous models of discrete random trees. A key quasisymmetric invariant of a metric space is its conformal dimension, defined as the infimum of the Hausdorff dimensions over all quasisymmetrically equivalent spaces. This value is always bounded below by the space's topological dimension and above by its Hausdorff dimension. In the present paper, we prove that the conformal dimension of the Brownian tree is $1$, matching its topological dimension.
format Preprint
id arxiv_https___arxiv_org_abs_2604_25769
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle The conformal dimension of the Brownian tree is one
Miller, Jason
Tian, Yi
Probability
Mathematical Physics
Complex Variables
Metric Geometry
The Brownian tree, also known as the continuum random tree, is a canonical random compact, geodesic $\mathbf R$-tree that arises as the universal scaling limit for numerous models of discrete random trees. A key quasisymmetric invariant of a metric space is its conformal dimension, defined as the infimum of the Hausdorff dimensions over all quasisymmetrically equivalent spaces. This value is always bounded below by the space's topological dimension and above by its Hausdorff dimension. In the present paper, we prove that the conformal dimension of the Brownian tree is $1$, matching its topological dimension.
title The conformal dimension of the Brownian tree is one
topic Probability
Mathematical Physics
Complex Variables
Metric Geometry
url https://arxiv.org/abs/2604.25769