Graphene is an ultimately thin (one-atom-thick !) material made of pure carbon planar crystal with an in-plane honeycomb atomic structure similar to graphite. Unlike bulk graphite, its purely two-dimensional character gives him exceptional electronic, thermal, optical and mechanical properties. First isolated in 2004 by K. Novoselov and A. Geim at the University of Manchester. They have been awarded the Nobel Prize of Physics in 2010 for their discovery.  

With numerous applications, Graphene on insulator

is a the crossroads of many disciplines such as optics,

electronics, mechanics and biomedecine.
It can be integrated into new classes of electronics devices

bringing together the combined properties of graphene.

Being FLEXIBLE, TRANSPARENT & ELECTRICALLY CONDUCTIVE ,

GRAPHENE

offer a new material for the integration of electronics in a new class of systems

such as :

OPTOELECTRONICS at HIGH FREQUENCIES

FLEXIBLE DISPLAYS ( OLEDs based ,...)

WEARABLE ELECTRONICS