Assistant professor

I am interested in developing nanomaterials for energy applications. In particular, I investigate photorechargeable batteries, at the crossroads between Li-ion storage technology and solar conversion. In this context, with the team, I create and study functional porous 3D networks of interconnected nanoparticles (typically metal oxide), by dip-coating or electrospinning. They allowed tailor-made high area-, intimate- electrode/electrolyte interfaces.


Porous electrodes Films Metal oxides Electrospun membranes Li-ion battery Photoelectrochemistry Photorechargeable batteries