News

This section includes scientific and technological news from the IAC and its Observatories, as well as press releases on scientific and technological results, astronomical events, educational projects, outreach activities and institutional events.

  • hydrodynamical simulation of a high-speed head-on collision between two 10 Earth-mass planets
    Two of the planets which are orbiting the star Kepler 107 could be the result of an impact similar to that which affected the Earth to produce the Moon. An international team whose members include a researcher from the Instituto de Astrofísica de Canarias and the University of La Laguna, are publishing the results of this work today in the journal Nature Astronomy.
    Advertised on
  • Algunos asistentes al acto de colocación de la placa del Gran Premio de la Unión Europea para el Patrimonio Cultural / Premio Europa Nostra 2018, concedido al Heredamiento de las Haciendas de Argual y Tazacorte, y de conmemoración del 30º aniversario de la Ley del Cielo. Crédito: Demetrio de Almeida Rodrigues.
    El Instituto de Astrofísica de Canarias participó el pasado sábado, 2 de febrero, en el acto de colocación de la placa del Gran Premio de la Unión Europea para el Patrimonio Cultural / Premio Europa Nostra 2018, concedido al Heredamiento de las Haciendas de Argual y Tazacorte, y de conmemoración del 30º aniversario de la Ley del Cielo.
    Advertised on
  • A fragmnet of the new version of the Hubble Ultra Deep Field.
    It has taken researchers at the Instituto de Astrofísica de Canarias almost three years to produce the deepest image of the Universe ever taken from space, by recovering a large quantity of “lost” light around the largest galaxies in the Hubble Ultra-Deep Field.
    Advertised on
  • Infrared image of the Large Magellanic Cloud (LMC) as obtained with the Spitzer Space Telescope.
    The Instituto de Astrofísica de Canarias (IAC) has participated in a study which has discovered a group of stars very poor in metals and shrouded in a high fraction of iron dust, situated in the Large Magellanic Cloud. This work has used a combination of theoretical models of the formation of dust in circumstellar envelopes with infrared observations taken with the Spitzer Space Telescope. The work includes predictions for the future James Webb Space Telescope.
    Advertised on