Our research

The Ghent Quantum Chemistry Group works at the interface of theoretical chemistry with physics and advanced computational science.

We are interested in the development of new ab initio methods and the investigation of chemical concepts from quantum mechanics. In the area of chemical concepts, we aim to extend the range of applicability of these concepts by reformulating them in quantum chemical terms.

In the area of method development, we focus on developing powerful theoretical methods that were deemed computationally intractable, including large configuration interaction calculations and density matrix methods.

Research

Constrained Wavefunction Theories

Diatomic molecules do not dissociate into fractionally charged atoms. As simple as this fact is...

Maximum Probability Domains

In classical chemistry, the Lewis model groups electrons into discrete pairs and considers them...

Generalized Hartree-Fock and Magnetism

During molecular dissociation in the presence of an external uniform magnetic field, electrons ...

The Nucleus Independent Chemical Shift

When subjecting a molecule to a uniform external magnetic field, a current is induced, which in...

Machine Learning Applied to Chemistry

Exploring machine learning methods for absolute configuration determination with vibrational circ...