activity
20082026
most citedMinimally intersecting filling pairs on surfaces

31 citations · 100 across the 28 of their papers we have counts for

collaborators
Showing 2025Show all

7 papers · 1 filter

math.GT2025

Pseudo-Anosovs from the perspective of their mapping tori

Tarik Aougab

In this chapter, we outline some of the many combinatorial tools developed over the past three decades for studying a pseudo-Anosov diffeomorphism of a surface by analyzing the geo…

math.GT2025

On fixed points of pseudo-Anosov maps

Tarik Aougab, David Futer, Samuel J. Taylor

We give a formula to estimate the number of fixed points of a pseudo-Anosov homeomorphism of a surface. When the homeomorphism satisfies a mild property called strong irreducibilit…

math.GT2025

The arc complex is not quasi-isometric to the sphere complex

Tarik Aougab, Marissa Loving

We show that the arc complex is not quasi-isometric to the sphere complex associated to the double of a genus handlebody. Along the wa…

math.GT2025

From arcs to curves: quadratic growth of 1-systems

Tarik Aougab, Jonah Gaster

We show that a collection of simple closed curves pairwise intersecting at most once on an orientable surface of Euler characteristic has at most curves. Up…

math.GT2025

Subgraph Entropy

Tarik Aougab, Matt Clay, Tawfiq Hamed

Given , we prove that there exists depending only on so that if is a metric graph of rank with metric entropy , then there exists a proper subgraph $…

math.GT2025

On the monodromy and spin parity of single-cylinder origamis in the minimal stratum

Tarik Aougab, Adam Friedman-Brown, Luke Jeffreys +1

In a paper with Menasco-Nieland, the first author constructed factorially many origamis in the minimal stratum of the moduli space of translation surfaces having simultaneously a s…

math.GT2025

Constructing reducibly geometrically finite subgroups of the mapping class group

Tarik Aougab, Harrison Bray, Spencer Dowdall +3

In this article, we consider qualified notions of geometric finiteness in mapping class groups called parabolically geometrically finite (PGF) and reducibly geometrically finite (R…