Prof. Hulya Arguz

PhD, University of Hamburg, Germany

Status

Academic Faculty

Associate Professor of Pure Mathematics

Senior Research Fellow at the Mathematical Institute

Research associate at St Peter's College

+44 1865 615133

Contact form

https://sites.google.com/view/hulya-arguz

Research groups

Geometry

Address

Mathematical Institute
University of Oxford
Andrew Wiles Building
Radcliffe Observatory Quarter
Woodstock Road
Oxford
OX2 6GG

Recent publications

The KSBA moduli space of stable log Calabi–Yau surfaces

Bousseau, P Arguz, H Alexeev, V Forum of Mathematics, Pi (08 Oct 2025)

Quivers and curves in higher dimension

Argüz, H Bousseau, P Transactions of the American Mathematical Society (03 Sep 2024)

Equations of mirrors to log Calabi–Yau pairs via the heart of canonical wall structures

ARGÜZ, H Mathematical Proceedings of the Cambridge Philosophical Society volume 175 issue 2 381-421 (11 Sep 2023)

Fock–Goncharov dual cluster varieties and Gross–Siebert mirrors

Argüz, H Bousseau, P Journal für die reine und angewandte Mathematik (Crelles Journal) (22 Jul 2023)

Gromov–Witten theory of complete intersections via nodal invariants

Argüz, H Bousseau, P Pandharipande, R Zvonkine, D Journal of Topology volume 16 issue 1 264-343 (17 Mar 2023)

Research interests

I work broadly in algebraic geometry, with a particular focus on enumerative geometry and its connections to mirror symmetry. My research interests include Gromov–Witten theory, logarithmic geometry, moduli spaces, tropical geometry, real enumerative algebraic geometry, cluster varieties, and the Donaldson–Thomas theory of quiver representations.

Teaching

MT25: B3.2 Geometry of Surfaces

Prizes, awards, and scholarships

2024, co-PI, US National Science Foundation, Research Training Group grant DMS 2342252

2023, PI, US National Science Foundation, standard research grant DMS 2302116: New Bridges to Gromov-Witten Theory

2021, PI, European Commission Marie-Curie Award, Curve Counting and Log Geometry

2019, PI, Fondation Mathematiques Jacques Hadamard Postdoctoral Laureate

2012, DFG (German research foundation) scholarship, via RTG1670, ``Mathematics inspired by string theory and quantum field theory''