Entanglement and Renormalisation for Quantum Fields

Probing Gauge Symmetries and Gauge-Matter Interactions using Tensor Networks

Doctoral project Jutho Haegeman

Doctoral project Bastiaan Aelbrecht

Doctoral project Benoît Tuybens

Doctoral project Daan Maertens

Doctoral project Jonas Verhellen

Fermionic tensor network simulations for phase transitions in the Hubbard model

Quantum circuit simulation using tensor networks

Tensor network methods for critical fermions.

An entanglement perspective on generalized symmetries, dualities and anomalies in many-body physics

Artificial neural networks and tensor networks in Variational Monte Carlo

Doctoral project Alexis Schotte

Doctoral project Lander Burgelman

Doctoral project Laurens Vanderstraeten

Doctoral project Marco Deweirdt

Doctoral project Matthias Bal

Doctoral project Nick Bultinck

Doctoral project Paul Plant

Lattice representations of conformal field theories

Lattice representations of dualities and generalized symmetries.

New approaches to the quantum many-body problem

Scaling, Entropy, and Frustration: a tensor network story

Superconductivity in moire materials

Symmetric Tensor Network Methods

Tensor networks and boundary quantum field theories

Tensor networks for quantum many-body systems and cold atomic gasses

The crystalline equivalence principle for tensor networks

A high-performance tensor network library for classical and quantum many body physics

BOF-ZAP professorship in quantum field theory and multi-particle physics

Bridging the gap between density functional theory and quantum tensor networks to accurately model strongly correlated nanostructured materials

Development and Application of Continuous Tensor Network Methods

Entanglement and tensor network states for quantum field theories.

Open source software for high performance tensor network simulations of quantum many-body physics

Tensor network renormalization group methods in higher dimensions

An entanglement perspective on generalized symmetries, dualities and anomalies

A tensor network perspective on the relation between topological and conformal field theory

A variational study of the non-equilibrium dynamics of quantum field theories

Forging connections between machine learning techniques and strongly correlated physical systems

Improving our understanding of strongly correlated electron systems: from numerical simulations to measurements in the lab and back

Simulating, characterizing and exploiting noise in near-term quantum processors

BOF-ZAP professorship in quantum field theory and multi-particle physics

Entanglemententropie and variational description of the ground state of quantum field theories.

Tensor network description for the low energy behaviour of quantum lattice systems