5 perovskite-solar-cells positions in France

PhD offer in materials for optoelectronic and photovoltaic applications

compatible with the solar spectrum while halide perovskite are poorly stable. In chalcogenide perovskites, X is sulfur or selenium. While chalcogenide perovskites are still largely unexplored, several studies

M/F Advanced multiphysics modeling of Perovskite/Silicon tandem cells under real operating conditions

of photons from the solar spectrum, tandem solar cells present a viable approach to surpass the SQ limit. For instance, KAUST researchers have achieved a certified efficiency of 33.9% in 2024 with perovskite

Ferroelectric hybrid-Perovskites based semiconductors for optoelectronics: from synthesis to the investigation of physical properties

responsible for excellent photovoltaic yields, by promoting the separation of charge carriers (electrons and holes) and their diffusion in solar cell geometry. First polarisation-voltage (P-E) cycles have been

Oxidative molecular layer deposition based conductive and transparent PEDOT thin films as innovative electrodes for opto-electronic applications

of this work will be conducted in collaboration with various partners engaged within the ANR project, namely with Prof. R. Hoye from the Department of Chemistry at Oxford University (perovskite solar cells), Dr

Ph.D. position: Oxidative molecular layer deposition based conductive and transparent PEDOT thin films as innovative electrodes for opto-electronic applications

partners engaged within the ANR project, namely with Prof. R. Hoye from the Department of Chemistry at Oxford University (perovskite solar cells), Dr. E. Carlos from CENIMAT at NOVA University in Lisbon