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

  • DEEP-ASTRONOMALY
    The project will explore the detection of anomalies in large surveys using deep neural networks.
    Marc
    Huertas-Portocarrero Company
    In force date
    Not in force
  • Cryogenic technologies for large instruments
    The dimensions of the instruments in design for the next generation of large telescopes exceed the capacities of the cryogenic and vacuum infrastructures available at the IAC. Cryogenic instrumentation requires a large number of tests to verify its mechanisms and components, as well as of the whole instrument once assembled. These verification
    María Begoña
    García Lorenzo
    In force date
    Not in force
  • Mineralogical characterization of asteroids and space exploration 2
    This project is a continuation of the CAMINA project (ProID2017010112). The science objective is the compositional characterization of asteroids, that we have been doing by means of three actions: (1) our participation in the two space missions that have visited and taken a sample of material from two near-Earth asteroids (NEAs), OSIRIS-REx (NASA)
    Julia de
    León Cruz
    In force date
    Not in force
  • SHARKS: In-depth study of the formation and evolution of distant galaxies
    SHARKS (Southern H-ATLAS Regions Ks-band Survey; IP: Helmut Dannerbauer) is a deep near-infrared survey of a 300-square-degree region of the sky being carried out with the VISTA telescope and its VIRCAM instrument at ESO (European Southern Observatory in Chile) in the Ks-band (at 2 micrometer). With SHARKS we expect to detect about 20-30 million
    Helmut
    Dannerbauer
    In force date
    Not in force
  • Solving the longstanding mistery of the blue massive supergiants
    Massive stars are key astronomical objects for the study of the Universe through spaceand time. Ensuring reliable knowledge about the physical properties, evolution, and feedback of massive stars is of utmost importance forseveral topics at the forefront of modern astrophysics, including, e.g., chemodynamical evolution of galaxies, the reionization
    Sergio
    Simón Díaz
    In force date
    Not in force
  • Accurate linelists for exoplanet and very cool stars studies
    We are in the golden age for exoplanets studies, with currently several thousands of exoworlds discovered. Because of their low brightness and their large number, M dwarfs (~70% of stars) represent privileged targets to look for exoplanets. By essence, those objects are also cool objects, emitting significant fraction of their light in the infrared
    Thomas
    Masseron
    In force date
    Not in force