We investigate various photonic systems such as metamaterials, photonic crystals, plasmonic systems and 2D materials. We use and develop numerical tools, coupled with classical and quantum electrodynamical models to study those novel and applied systems. Particular attention is paid to the development of machine learning techniques in photonics and applications oriented “green photonics”. 

- Photonique: cristaux photoniques, émission de lumière.

- Métamatériaux: super absorbeurs, matériaux gauches, near-zero refractive index photonic.

- Simulations en optique: calcul de structures de bandes photoniques, méthode des matrices de transfert (1D/3D), utilisation des codes DDSCAT /Meep (FDTD)/ Comsol Multiphysics (FEM).

- Physique du solide & des nanostructures & plasmonique.

• Young Speaker award of the Belgian Physical Society, 2017 (1^st prize)
• Prize Georges Vanderlinden of the Royal Academies for Science and the Arts of Belgium
• Applied Sciences 2021Travel Award in Nanotechnology and Applied Nanosciences
• Belgian Physical Society prize for one of the best three Physics Master's theses, 2012
• Best poster prize discerned by the Quantum Electronics and Photonics division of the Institute of Physics (UK) at the conference Photon12 (Durham)
• BAEF post-doctoral Fellowship to go to Harvard University (USA)
• ERASMUS Fellowship 2010  to go to KTH Stockholm (Sweden)

• Thèse en Sciences
• Master en Sciences Physiques (finalité approfondie)
• Master de spécialisation en Pédagogie universitaire et de l'enseignement supérieur