activity
20162025
most citedA solution to the degree-d twisted rabbit problem

2 citations · 2 across the 5 of their papers we have counts for

collaborators

12 papers

math.GT2025

Handlebodies, Outer space, and tropical geometry

Rohini Ramadas, Rob Silversmith, Karen Vogtmann +1

The moduli space of graphs is a polyhedral object that mimics the behavior of the moduli spaces , of (stable) Riemann surfac…

math.DS2025

Transitivity of the pure Hurwitz classes of quadratic post-critically finite polynomials

Yvon Verberne, Rebecca R. Winarski

We prove that for two post-critically finite quadratic polynomials , there is a mapping class of the sphere with finitely many marked points such that and are pur…

math.GT2023

Thurston's theorem and the Nielsen-Thurston classification via Teichmüller's theorem

James Belk, Dan Margalit, Rebecca R. Winarski

We give a unified and self-contained proof of the Nielsen-Thurston classification theorem from the theory of mapping class groups and Thurston's characterization of rational maps f…

math.DS2022

Twisting cubic rabbits

Justin Lanier, Rebecca R. Winarski

We solve an infinite family of twisted polynomial problems that are cubic generalizations of Hubbard's twisted rabbit problem. We show how the result of twisting by a power of a ce…

math.DS2022★ 2 cited

A solution to the degree-d twisted rabbit problem

Malavika Mukundan, Rebecca R. Winarski

We solve generalizations of Hubbard's twisted rabbit problem for analogues of the rabbit polynomial of degree . The twisted rabbit problem asks: when a certain quadratic p…

math.GT2021

Pseudo-Anosov homeomorphisms of punctured non-orientable surfaces with small stretch factor

Sayantan Khan, Caleb Partin, Rebecca R. Winarski

We prove that in the non-orientable setting, the minimal stretch factor of a pseudo-Anosov homeomorphism of a surface of genus with a fixed number of punctures is asymptoticall…