Experience

PhD in Theoretical Condensed Matter

University of Konstanz, Quest research group

Theoretical study of electronic and photonic quantum-engineered systems, with emphasis on out-of-equilibrium dynamics and parametric phenomena.

MSc in Theoretical Physics

KU Leuven

Thesis: Path Integral Monte Carlo Worms Algorithm for Superfluid Ring Lattices: Building Quantum Devices in Optical Landscapes.

Education

PhD in Theoretical Condensed Matter

University of Konstanz

University of Konstanz

Supervised by Prof. Oded Zilberberg in the Quest research group.

Funded by SNF Sinergia Grant #206008, Integrated Phase Logic Networks, a collaborative project between ETH Zürich, CSEM and the University of Konstanz on novel computational hardware using parametric oscillators as building blocks for parallel phase-logic networks.

MSc in Theoretical Physics

KU Leuven

KU Leuven

Thesis: Path Integral Monte Carlo Worms Algorithm for Superfluid Ring Lattices: Building Quantum Devices in Optical Landscapes. Supervised by Prof. P. Van Dorpe, N. Verellen and D. Kouznetsov.

Secretary of the Overarching Education Council of the Faculty of Science, and student representative at the Education Faculty Board, Faculty Group, Board of Internationalisation and the Programme Committee for Physics.

Skills & Hobbies
Programming
Julia
Python
Mathematica
Tools
LaTeX
Git
Linux
Awards
SNF Sinergia Grant
Swiss National Science Foundation ∙ October 2022
Grant #206008, Integrated Phase Logic Networks. Collaborative project between ETH Zürich, CSEM and the University of Konstanz on novel computational hardware using parametric oscillators as building blocks for parallel phase-logic networks.
Languages
100%
Dutch Native
90%
English Fluent
65%
German Proficient
55%
French Intermediate