About The Event
“A journey in Carbon nano electronics: From Quantum devices to Translational Research in connected sensor”
I will start by presenting a short overview of my career work in carbon nano devices and its evolution over the past 15 years. I will then shift to my work in Graphene: Graphene appears more and more as a very promising material for bioelectronics for both in-vitro and in-vivo applications. Indeed, it combines in a single film biocompatibility, mechanical flexibility, optical transparency and high mobility semiconductivity, enabling Field effect transistor in-vivo biosensing. I will present recent studies showing the use of graphene-on-polymer for unlocking simultaneous biosensing and tissue engineering. These technologies involve the integration to RFID components in order to enable direct smartphone connectivity. I will show the application of graphene surface functionalization based as non-covalent chemistry to implement sensitive biosensors. Finally, I will show prospects for upscaling productions consumer applications that unlock new use cases for wearable and in-vitro diagnostics for wound care and diseases screening.
