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The SUNLIT Team

at the Center for Nanoscience and Nanotechnology (C2N, CNRS)

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  • Research
    • Ultrathin and high-efficiency solar cells
    • III-V nanowires for PV
    • Si-based tandem solar cells
    • Cathodoluminescence for PV materials
    • Large Surface-Area Nanoimprint Lithography
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  • Resources
    • Benchmark of ultrathin solar cells
    • CL and TRCL tool
    • VISIR setup
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    • Program
    • List of lecturers
    • Practical information
    • Application
    • Registration
    • PV School 2018
      • Program
      • List of lecturers
      • Practical information
      • Application
      • Registration
      • Images from PVSchool2018
  • Contact us
  • Home
  • Research
    • Ultrathin and high-efficiency solar cells
    • III-V nanowires for PV
    • Si-based tandem solar cells
    • Cathodoluminescence for PV materials
    • Large Surface-Area Nanoimprint Lithography
  • People
  • News
  • Publications
    • Articles
    • Proceedings
    • Patents
    • Others
  • Resources
    • Benchmark of ultrathin solar cells
    • CL and TRCL tool
    • VISIR setup
    • Partnerships
  • PV School 2020
    • Program
    • List of lecturers
    • Practical information
    • Application
    • Registration
    • PV School 2018
      • Program
      • List of lecturers
      • Practical information
      • Application
      • Registration
      • Images from PVSchool2018
  • Contact us

Publications

  • Articles
  • Proceedings
  • Patents
  • Others

Recent Posts

  • Internship offers 2020
  • Applications are open for the new thematic school on Physics of Solar Cells (2020)
  • Amaury Delamarre, permanent CNRS researcher in the SUNLIT team
  • Welcome to our new PhD students Bérengère and Capucine!
  • Ultrathin solar cells reach 20% efficiency with only 205 nm of GaAs

© 2019 The SUNLIT Team