since Jan 2020
Postdoc @ LMU Munich
In the group of
Lode Pollet, investigating strongly correlated systems by numerical methods. Few- to many-body crossover in low-dimensional quantum systems (with optimized FCI approaches), emergence of low-temperature phases in mixed-dimensional lattice systems (path-integral QMC) and novel types of quantum link models (ED).
Teaching @ LMU Munich
[since '20] Co-supervision of one Master's and two Bachelor's students
[Summer '20] Many-body physics (Assistant, grad)
[Summer '21] Bachelor seminar on ML for condensed matter physcis (Tutor, undergrad)
March 2019
Visiting Scientist @ Perimeter Institute
Sept/Oct 2018
Visiting Scientist @ UNC Chapel Hill
Funded by
HGS-HIRe abroad travel grant (3000€) to visit the group of
Joaquin Drut. Work related to the thesis project in the context of correlation functions for strongly correlated Fermi systems.
Oct 2016 - Dec 2019
PhD Researcher @ TU Darmstadt
Strongly correlated fermions in the group of
Jens Braun.
Development and application of stochastic numerical methods (mainly Hybrid Monte Carlo and Complex Langevin) to study strongly correlated fermionic theories beyond the sign problem. The physical scenarios approached with these methods include the unitary Fermi gas in the presence of spin polarization as well as low-dimensional Fermi gases with spin and/or mass imbalance.
Teaching @ TU Darmstadt
['17-'19] Co-supervision of three Bachelor students & one Master student
[Summer '19] Theoretical phsics V: overarching concepts (Assistant, undergrad)
[Summer '18] Quantum mechanics & statistical physics for teachers (Assistant, undergrad)
[Summer '17] Methods of computation in physics (Tutor, undergrad)
Summers 2015 & 2016
Visiting Scientist @ UNC Chapel Hill
In the group of
Joaquin Drut.
Working on low-dimensional (1D/2D) Fermi gases in the crossover from few to many particles.
Teaching @ TU Wien
[Summer '16] Laboratory Work III (Statistical Evaluation of Experiments) (Tutor, undergrad)
[Summer '15] Numerical methods and simulation (Tutor, grad)
[Summer '15] Computing for Physicists (Tutor, undergrad)
[Winter '14/'15] Laboratory Work II (Classical Mechanics & Statistical Physics) (tutor, undergrad)
[Summer '14] Laboratory Work III (Statistical Evaluation of Experiments) (Tutor, undergrad)
