Projects
Spectroscopic identification of defects in materials for perovskite-based hybrid solar cells. University of Antwerp
Transition metal dichalcogenides as unique 2D platform for collective quantum behavior. University of Antwerp
Single-cell biomechanics: photoacoustic and photothermal approaches (OptoCellMech) KU Leuven
Cells, as functional units of any living tissue, are considered as the building blocks of life. They constantly generate, sustain, and respond to mechanical forces when interacting with their microenvironment, during tissue development and wounding healing. Of fundamental importance in the field is the ability to quantify biomechanics at single cell level. Acoustic waves travel through different materials at specific sound velocities and ...
Three-dimensional atomic modelling of functional nanocrystalline structures from a single viewing direction. University of Antwerp
SUPramolecular control of electronic propERties of a GRAphene platform for personalized Medicine (SUPERGRAM) Ghent University
This project aims at developing a highly sensitive sensing platform for early detection of sepsis. To
push the boundaries of sensitivity towards recognition of single biomarker binding events, noncovalent
supramolecular modification of a graphene sensing platform with aaptamer receptors will
be developed. The perfection of graphene minimizes background noise while non-covalent
modification is required to not disturb ...