Prof. Dr. ir. Veronique Van Speybroeck
A novel Thermodynamic Integration scheme to derive Gibbs free energies for flexible materials
Variational Monte Carlo Using Fermionic Transformers to Solve the Electronic Many-Body Problem with High Accuracy
A combined density functional theory and tensor network approach to simulate strongly correlated quasi-one-dimensional materials
Master of Science in Physics and Astronomy
2025
Crystal symmetries in tensor networks: simulating the Hubbard model on the triangular lattice
Master of Science in Physics and Astronomy
2025
Investigating electron correlation effects via advanced many-body techniques to describe the photovoltaic properties of complex perovskites
Master of Science in Physics and Astronomy
2025
Computational Modeling of Physically Crosslinked Hydrogels for Biomedical Applications
Master of Science in Chemical Engineering
2025
Clathrate hydrates to exchange energy carrier molecules for carbon dioxide
Growing new ice-like structures to capture energy carrier molecules
Implementing downfolding algorithms to perform quantum-mechanical simulations for strongly correlated functional materials
Master of Science in Engineering Physics
2024
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