The distribution of critical graphs ofJenkins–Strebel differentials

By work of Jenkins and Strebel, given a Riemann surface X and a simple closed multicurve on it, there exists a unique quadratic differential q on X whose horizontal foliation is measure equivalent to .We study the distribution of the critical graphs of these differentials in the moduli space of metric ribbon graphs as the extremal length of the multicurves goes to infinity, showing they equidistribute to the Kontsevich measure regardless of the initial choice of X. 32G15, 57K20 1. Introduction 2571 2. Preliminaries 2576 3. Near the multiple zero locus 2581 4. Uniform geometric estimates 2585 5. Horoball measures 2589 6. Equidistribution of critical graphs 2597

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Publication Details

Journal
Geometry & Topology
Published
2025-08-14
DOI
https://doi.org/10.2140/gt.2025.29.2571
Primary Topic
Mathematical Dynamics and Fractals
Type
article
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article

The distribution of critical graphs ofJenkins–Strebel differentials

Francisco Arana–Herrera, Aaron J. Calderon
Geometry & Topology
Mathematical Dynamics and Fractals
article

The distribution of critical graphs ofJenkins–Strebel differentials

Francisco Arana–Herrera, Aaron J. Calderon
article en

Abstract

By work of Jenkins and Strebel, given a Riemann surface X and a simple closed multicurve on it, there exists a unique quadratic differential q on X whose horizontal foliation is measure equivalent to .We study the distribution of the critical graphs of these differentials in the moduli space of metric ribbon graphs as the extremal length of the multicurves goes to infinity, showing they equidistribute to the Kontsevich measure regardless of the initial choice of X. 32G15, 57K20 1. Introduction 2571 2. Preliminaries 2576 3. Near the multiple zero locus 2581 4. Uniform geometric estimates 2585 5. Horoball measures 2589 6. Equidistribution of critical graphs 2597

Geometry & TopologyVol. 29(5)
University of Chicago (US), University of Maryland, College Park (US)
Reduced inequalities
Openalex Percentile: Top 73%
Mathematical Dynamics and Fractals
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