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

Creating highly entangled quantum states in the NISQ era

Quantum fields in the lab.

Tensor Tools for Taming the Curse

''It’s the Symmetry, Stupid!'' Gearing Up Tensor Networks for the Topological Quantum Revolution

Quantum tensor networks and entanglement

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

A 'strange' tensor network mapping: the bridge between topological phases of matter and critical lattice models

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 Nicolas Dewolf

Doctoral project Paul Plant

Exploring the non-equilibrium behaviour of Bose Einstein Condensates

Hardware efficient microarchitecture and quantum error correction codes for large scale quantum processors

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

Symmetric Tensor Network Methods

Symmetries and dualities in neural network quantum states

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

Accurate electronic structure determination of metal-organic frameworks with strong electron correlations based on low-dimensional tensor networks

Development of a combined Density Functional Theory and Quantum Tensor network based framework for strongly correlated nanostructured materials.

Doctoral project Bastiaan Aelbrecht

Doctoral project Jonas Verhellen

Doctoral project Klaas Gunst

Quantum circuit simulation using tensor networks

An effective theory for extended one-dimensional quantum systems at low energy

An entanglement perspective on generalized symmetries, dualities and anomalies

An entanglement perspective on generalized symmetries, dualities and anomalies

A tensor network perspective on anomalies in topological phases of matter

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

Belgian-QCI

BOF-ZAP professorship in theoretical physics

Control of external potentials in a Bose-Einstein Condensate

Dynamics of quantum many body systems

Emergent out-of-equilibrium dynamics in many-body systems

Entanglement and the simulation of quantum many-body systems

Entanglement scaling and criticality with tensor networks

Fusion categories for quantum information

Generalized symmetries in higher dimensional topological phases

Generalized symmetry and duality: intertwined through entanglement

Geometry from continuous MERA 

Implementation of tensor network algorithms

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

Microscopic models for non-Abelian topological quantum error correction

Models of three-dimensional topological phases of matter

Physical and numerical signatures of quantum phases beyond the Landau-Ginzburg-Wilson paradigm

Projected Entangled Pair States for Gauge Theories

Quantum fields in the lab.

Scaling theory for two-dimensional quantum critical points using tensor network states

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

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

Tensor networks and the simulation of strongly-correlated quantum many-body physics

Tensor networks and the simulation of strongly-correlated quantum many-body physics

Belgian Quantum Communication Testbed Network

Development and Application of Continuous Tensor Network Methods

Tensor network renormalization group methods in higher dimensions

BOF-ZAP professorship in theoretical physics