at the Center for Nanoscience and Nanotechnology (C2N, CNRS)
(In French below) Mission III-V are part of a material family with a wide range of optoelectronic applications (LEDs, lasers, solar cells, etc.), and their integration with other materials would allow the manufacture of new generation devices: optical functions on … Continued
(In French below) Scientific project: Solar cells made of III-V materials present the best efficiencies among currently available technologies, up to 46% under concentration. Nevertheless, their cost is significantly higher than mainstream silicon modules. The major part of this cost, … Continued
A PhD position is open to develop the remote epitaxy of III-V materials for photovoltaics. Solar cells made of III-V materials hold efficiency records, but at a non-competitive cost. The remote epitaxy is a route to drastically reduce this cost … Continued
(CLOSED) Two internship opportunities are opened for the next year in the Sunlit team, both aiming at the development of cost-effective fabrication processes for III-V solar cells. III-V cells hold efficiency records, however at a prohibitive cost due to the … Continued