Fachbereich Mathematik

Marius Wesle

Portrait of Marius Wesle

Doctoral researcher in mathematical physics

ORCID  ·  Google Scholar

Research

My research is about the rigorous mathematical physics of extended quantum many-body systems. I use operator-algebraic and analytic methods to study interacting lattice systems and their macroscopic behavior in the thermodynamic limit.

Research areas

  • Quantum Hall effect and topological transport
  • Adiabatic theory and gapped quantum phases
  • Infinite-volume dynamics of quantum lattice systems

Contact

Department of Mathematics
Mathematical Physics
University of Tübingen
Auf der Morgenstelle 10
72076 Tübingen, Germany

Room: C4 A45
Phone: +49 7071 29-78696
Email: marius.wesle  at uni-tuebingen.de

Publications and preprints

Preprints

The Colored Hofstadter Butterfly as a Many-Body Quantum Hall Phase Diagram

Giovanna Marcelli, Tadahiro Miyao, Domenico Monaco, Stefan Teufel, and Marius Wesle

Preprint, 2026  ·  arXiv:2606.26256

Dynamics generated by spatially growing derivations on quasi-local algebras

Stefan Teufel, Marius Wesle, and Tom Wessel

Preprint, 2025  ·  arXiv:2511.02941

The generalized adiabatic theorem for extended lattice systems

Lennart Becker, Stefan Teufel, and Marius Wesle

Preprint, 2025  ·  arXiv:2510.20914

Journal articles

Automorphic equivalence within gapped phases of infinitely extended fermion systems

Lennart Becker, Stefan Teufel, and Marius Wesle

Journal of Functional Analysis 290 (2026), 111421
JFA  ·  arXiv:2507.13321

A note on Hall conductance and Hall conductivity in interacting Fermion systems

Stefan Teufel and Marius Wesle

Journal of Mathematical Physics 67 (2026), 021902
JMP  ·  arXiv:2506.13581

Near Linearity of the Macroscopic Hall Current Response in Infinitely Extended Gapped Fermion Systems

Marius Wesle, Giovanna Marcelli, Tadahiro Miyao, Domenico Monaco, and Stefan Teufel

Communications in Mathematical Physics 406 (2025), 199
CMP  ·  arXiv:2411.06967

ftint: Calculating gradient-flow integrals with pySecDec

Robert V. Harlander, Theodoros Nellopoulos, Anton Olsson, and Marius Wesle

Computer Physics Communications 306 (2025), 109384
CPC  ·  arXiv:2407.16529

Teaching

SS 2026

Exercise class for Linear Algebra I / Mathematics for Physicists II (Prof. Roderich Tumulka)

SS 2025

Exercise class for Advanced Topics in Mathematical Quantum Theory (Prof. Stefan Teufel)

SS 2024

Exercise class and review course for Analysis II / Mathematics for Physicists III (Prof. Anton Deitmar)

WS 2023/24

Exercise class for Probability Theory (Dr. Elmar Teufl)

SS 2023

Exercise classes for Introduction to Complex Analysis (Prof. Christoph Bohle) and Integral Theorems (Prof. Roderich Tumulka)

WS 2022/23

Exercise class for Analysis II / Mathematics for Physicists III (Prof. Roderich Tumulka)