Financing logos: ERC

  • Job
    One Postdoctoral Contract SPEAR 2025B (PS-2025-088)
    The IAC (Tenerife) ) invites applications for ONE postdoctoral fellowship in Astrophysics to work on the project linked to the line of research “Exoplanets and...
  • Job
    One Postdoctoral Contract FC2 Galactic Archaeology with OUTLIERS 2025 (PS-2025-093)
    The IAC (Tenerife) invites applications for ONE FC2 postdoctoral contract to work on the project linked to the line of research “Chemical Abundances in stars”...
  • Job
    One Postdoctoral Contract PI2FA Observaciones 2022 (PS-2022-009)
    The IAC (Tenerife) announces ONE postdoctoral contract to work on topics within the European Research Council (ERC) Consolidator Grant project “PI2FA: Partial...
  • Job
    One Postdoctoral Contract POLMAG 2022 (PS-2022-073)
    The IAC (Tenerife; Spain) announces ONE postdoctoral contract to work on topics within the project “POLMAG: Polarized Radiation Diagnostics for Exploring the...
  • Job
    One Postdoctoral Contract Substellar 2022 (PS-2022-116)
    The IAC (Tenerife) invites applications for ONE postdoctoral contract to work on the project linked to the line of research “Stellar and interstellar physics...
  • Job
    One Postdoctoral Contract WHOLE SUN 2024 (PS-2024-020)
    The IAC (Tenerife) announces ONE FC2 postdoctoral contract to work on the project linked to the line of research “The Whole Sun: theoretical study and/or...
  • News
    P-CORONA: A New Tool for Calculating the Intensity and Polarization of Coronal Lines in 3D Models of the Solar Corona
    The solar corona—the outermost layer of the Sun’s atmosphere—is extremely hot and very low in density. One of the main challenges in solar physics is...
  • Grant
    Partial IoniZation: Two-fluid. ERC Consolidator Grant. H2020
    PI2FA proposal’s overarching aim is to make a major breakthrough in our understanding of the magnetised solar chromosphere under a novel frame of a multi-fluid...
  • Project
    PI2FA - Partial Ionisation: Two-Fluid Approach
    Pi2FA aims at the development of new methods for investigating the magnetism in the outer layers of the solar atmosphere, the chromosphere. The objective is to...