Transparency

Economic information: Grants

Awarded

To see the Grants awarded by the IAC (Access the National Subsidy Advertising System) select "Convocatorias", Admon. del Estado: select:  Ministerio de Ciencia, Innovación e Universidades;  Organo: select: Instituto de Astrofísica de Canarias

Grants awarded by IAC

Received

  • Scientific exploitation of NIRPS and DESI: high resolution spectroscopy to study exoplanets and the most primitive stars of the Milky Way
    Spectroscopy enables key physical insight in the study of exoplanets, stars, galaxies, and the interstellar and intergalactic media. Detailed spectroscopic studies of both bright and faint objects call for high dispersion at large telescopes to increase the photon-collecting area. High-resolution, high-stability spectroscopy is key for the precise
    Jonay Isai
    González Hernández
    In force date
    In force
  • Multiband studies of rapid variability in X-ray binaries
    X-ray binaries (XRBs) are arguably the best sources for studying accretion and jets, because they traverse various accretion states with greatly differing jet strength, over timescales of the order of months, easily amenable to observation. Multi-wavelength variability data, combined with timing analysis techniques, provides information about the
    Tariq
    Shahbaz
    In force date
    In force
  • WEAVE: Exploring the Cosmic Original Symphony, from Stars to galaxy clusters
    WEAVE-ECOS is an unoriented research project that integrates two senior researchers and their team in order to efficiently exploit the first science data from the new WEAVE spectrograph, which is in the commissioning phase at the William Herschel telescope (WHT), in La Palma (Canary Islands). This multidisciplinary project has been designed to
    José Alfonso
    López Aguerri
    CARLOS
    DEL BURGO DIAZ
    In force date
    In force
  • The internal structure of ionized nebulae and its effect on determining the chemical composition of the interstellar medium and the Universe
    The project focuses on the study of the effect of the internal structure of temperature and density in ionized nebulae on the determination of their chemical composition. The main objective is to carry out different independent verifications and analyze in depth the repercussions of our recent work published in Nature (Méndez-Delgado et al. 2023)
    César
    Esteban López
    In force date
    In force
  • Probing the Model Limitations of the Age Determination of Solar-like Oscillators from Space Photometry and Ground-based Spectroscopy
    The age of a star cannot be measured; it can only be inferred from comparing observational parameters with predictions from stellar models. Hereby, the incomplete assumptions, parameterized description of the internal stellar physics, and limited observables lead to deviations that translate into substantial uncertainties of the determined age of
    Paul
    Beck
    In force date
    In force
  • The formation of fullerene molecular nanostructures in space
    NanoFullerenes is an ambitious interdisciplinary project to understand the top-down formation process of fullerene molecular nanostructures in space, involving the destruction/processing of hydrogenated amorphous carbon (HAC) nanoparticles and similar natural materials like asphaltenes and kerogen. By understanding this, NanoFullerenes will allow
    Domingo Aníbal
    García Hernández
    In force date
    In force