Projects
Backup mandate Research Council: Extending Fairness to Reinforcement Learning Policies Vrije Universiteit Brussel
solved through the use of supervised learning algorithms, some tasks require a different approach. Reinforcement Learning (RL) allows an algorithm to learn by trial-and-error rather ...
IOF Accelerator: Camelidae-derived single domain antibody fragments for theranosis of cancer Vrije Universiteit Brussel
Multidisciplinary study on implantation to improve IVF outcome KU Leuven
Microwave Microbiology (µ²Bio): Crossing Microwave Engineering with the Life Sciences KU Leuven
Development of photonic structures for enhanced intracellular Raman spectroscopy Ghent University
We will develop a micron-sized photonic structure which can amplify Raman scattering from nearby molecules, based on a double resonant mechanism. This resonator will be incorporated into biological cell with low cytotoxicity.
With this technique we will different perform label-free intracellular measurements relevant for biodiagnostics.
Superresolution stimulated Raman scattering imaging enabled by silicon photonics Ghent University
The current project aims at developping new microscopy tools to enable label-free Raman imaging with unprecedented resolution. It is based on innovative integrated silicon photonic structures, development of stimulated Raman scattering approaches, their integration with conventional optical microscopes, and application in cell biology. There the main targeted application is the localization of DNA and biologically relevant molecules inside ...
The influence of neuronal plasticity on the olfaction in the transgenic rat model for Huntington disease investigated with in vivo MRI. University of Antwerp
Advanced impedimetric system characterization for engineering and the life sciences Ghent University
While several breakthroughs were made in recent years, the full potential of electrochemical impedance spectroscopy (EIS) for the analysis of (bio)electrochemical systems has yet to be fully explored. In this interdisciplinary research project, expert collaborators and I seek to advance the impedimetric analysis and characterization of electrochemical power sources, bacterial biofilms, and plants through novel measurement and mathematical ...