Measuring the active dopant concentration at the nanoscale
In a series of two articles recently published in Phys. Rev. Applied, we show how cathodoluminescence mapping can be used to provide a contactless, quantitative assessment of active doping at the nanoscale. The method is applied to n-doped and p-doped … Continued
[Closed] New postdoc position available at IPVF/C2N on III-V/Si tandem solar cells
A postdoc position has been opened at IPVF to strengthen our projects on III-V//Si multijunction solar cells. The postdoc will work at IPVF and C2N in our team. IPVF and C2N are seeking a postdoctoral researcher to work on new … Continued
IPVF Newsletter – June 2021. Editorial by Stéphane COLLIN.
The IPVF Newsletter of June 2021 is out! This month, the editorial is proposed by Stéphane Collin. It is reproduced below. News from the IPVF III-V/c-Si tandem solar cell program. In the past years, solar photovoltaics (PV) became one of … Continued
[Closed] Open position: CNRS research engineer (optical spectroscopy of nanostructures)
The CNRS has just opened a permanent research engineer position at C2N in engineering sciences and scientific instrumentation. The research engineer will be responsible for the optical spectroscopy platform for characterization of materials at the nanometric and picosecond scales. Applications … Continued
[CLOSED] PhD position on ultrathin solar cells open at C2N
A PhD position on new concepts for ultrathin solar cells is open at C2N. Short summary: Thickness reduction can be a key element in the quest for cheaper and more efficient solar cells. We have developed new strategies to trap … Continued
Le Monde and CNRS Le Journal: Ultrathin solar cells for tomorrow’s photovoltaics
Le Monde, the reference French newspaper, in partnership with CNRS Le Journal, published today a video shot at C2N that highlights our results on ultrathin solar cells and their prospects for tomorrow’s photovoltaics. “Flexible solar cells that are a thousand … Continued
Reflective back contacts for ultrathin CIGSe solar cells
We have designed ohmic and reflective back contacts (RBC) for ultrathin CIGSe solar cells. They are made of multilayer stacks compatible with the direct deposition of CIGS at 500°C and above. Diffusion mechanisms and reactions at each interface are carefully … Continued
Congrats Dr. Thomas Bidaud!
Congratulations to Dr. Thomas Bidaud for his successful thesis defense on January 8th, 2021! It was held simultaneously at C2N and by video-conference. The PhD dissertation and presentation were entitled: Characterization of nanomaterials by cathodoluminescence for photovoltaic applications. We were … Continued
Ever thinner solar cells (review article in Nature Energy)
Thickness reduction can be a key element in the quest for cheaper and more efficient solar cells. Making solar cells at least 10 times thinner than commercial ones would save material, reduce manufacturing costs, and enable new applications due to … Continued
Save the date: PV School 2022 (Les Houches School of Physics)
After the great success of the first PV School on Physics of Solar Cells: from basics to nanoscience (25-30 March 2018) and the second PV School on Physics of Solar Cells: from basic principles to advanced characterization (1-6 March 2020) … Continued
Congrats Dr. Romaric de Lépinau!
Congratulations to Dr. Romaric de Lépinau for his successful thesis defense on June 12th, 2020! It was held simultaneously at IPVF and by video-conference. The PhD dissertation and presentation were entitled: GaAs-on-Si solar cells based on nanowire arrays grown by … Continued
Ultrathin CIGS solar cells on stage
The SUNLIT Team is working hard on ultrathin CIGS solar cells, in the framework of the ARCIGS-M H2020 european project, with the strong involvement of Louis Gouillart during his PhD work, and our postdoctoral researcher Joya Zeitouny. Our recent results … Continued
[CLOSED] PhD position open at IPVF/C2N
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
The SUNLIT team is strongly committed to the IPVF program on III-V solar cells (2)
Stéphane Collin, head of the IPVF scientific program 3 on the development of low-cost III-V solar cells, has been interviewed. Check the news on the IPVF website and the video below, where you will have also a brief insight on … Continued
A successful PVSchool2020!
The thematic school on the Physics of Solar Cells: from basic principles to advanced characterization (PVSchool2020) was hosted by Les Houches School of Physics located in the French Alps, from 1st to 6th March 2020. The school was organized by … Continued