Projects
Precision physics with W and Z bosons: vector boson scattering, effective field theory, luminosity Ghent University
Despite its large success in describing a wide range of results obtained at human-built experiments, the standard model (SM) of particle physics is known to be incomplete, and thus the quest for new physics beyond the SM (BSM) is ongoing. A crucial tool is the precision measurement of SM properties to constrain small deviations from SM predictions that could hint at BSM physics at much larger energy scales. In this project, the vector boson ...
Rationalizing dynamic nanoparticle restructuring as probed by advanced in situ X-ray scattering Ghent University
Metal nanoparticle (NP) catalysts are the key enablers of durable chemical technologies, opening the road towards carbon circularity. The atomic structure of NPs, and in particular the surface configuration, governs reactivity where adding or removing a single atom can have profound impact. To date, however, state-of-the-art characterization tools do not allow facile investigation of the 3D NP structure under relevant (reaction) conditions. ...
Structured low-rank representations for frequency-dependent wave scattering simulations using boundary element methods KU Leuven
The numerical simulation of wave phenomena is increasingly
relevant in several disciplines of science and engineering, including
acoustics, electromagnetics and medical imaging. Boundary element
methods (BEM) are a popular simulation tool for wave problems,
often applied to integral equations in the frequency domain. In the
last three decades, enormous research efforts have went into
efficient BEM solvers at a ...
Deciphering defects in Metal-Organic Framework nanocrystals using electron diffuse scattering analyses. University of Antwerp
Graphene as a sensor for cluster-surface interactions: charge transfer, spin scattering, and proximity induced superconductivity KU Leuven
Quantum size effects dominate the electric and magnetic properties of few-atom clusters, resulting in strong size dependences and new phenomena, different from bulk behaviour. To exploit the full potential of these atomic size building blocks in functional nanostructured materials one needs to establish a connection between the clusters and the macroscopic world. We propose an innovative approach to interact with the clusters without ...
Study of nucleation and crystal growth of pharmaceuticals by X-ray and harmonic light scattering Ghent University
In this project we will study the crystallization process of pharmaceutical compounds using state-ofthe-
art nonlinear optical scattering techniques, combined with more traditional linear scattering and
x-ray scattering techniques. The proposed techniques provide complementary information about
different stages of the process, from aggregation and nucleation to subsequent growth. This opens a
window into the ...
Quantification of 3D correlated disorder in materials from electron diffraction diffuse scattering with application to lithium battery materials. University of Antwerp
Study of nucleation and crystal growth of pharmaceuticals by X-ray and harmonic light scattering KU Leuven
In this project we will study the crystallization process of pharmaceutical compounds using state-of-the-art nonlinear optical scattering techniques, combined with more traditional linear scattering and x-ray scattering techniques. The proposed techniques provide complementary information about different stages of the process, from aggregation and nucleation to subsequent growth. This opens a window into the fundamental mechanisms of ...
X-ray scattering to study nanostructures of solids and food Ghent University
Everything that surround us is made out of building blocks. Their configuration and the manner in which they connect to each other determines the characteristics of a system (material or food). For instance, it determines their color, hardness, melting point, performance and stability. The length scale of these building blocks is in the nanoscale and can be studied by X-ray scattering. Scattering techniques are non-invasive; therefore, the ...