Winter Schools: Press Room 2011

It may interest you

  • Cartel de la conferencia "Contaminación Lumínica: Una Amenaza Silenciosa"
    Press release
    El IAC y SEO/BirdLife Canarias organizan una conferencia sobre las amenazas de la contaminación lumínica
    Especialistas abordarán el impacto de la iluminación artificial excesiva y sus efectos sobre la astronomía, la salud humana y la biodiversidad El Instituto de Astrofísica de Canarias (IAC) y SEO/BirdLife Canarias celebran la conferencia " Contaminación Lumínica: Una Amenaza Silenciosa", una jornada clave para la protección del medio ambiente y el patrimonio científico del archipiélago. La ponencia estará a cargo de Federico de la Paz, técnico del IAC, y Yarci Acosta de Seo/Birdlife, quien desgranará los graves riesgos que el uso ineficiente y descontrolado de la luz artificial supone para la
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  • Poster Winter School 2025
    Press release
    From Photonics to Machine Learning: The XXXVI Winter School focuses on key optical technologies for astrophysics
    The Canary Islands Institute of Astrophysics (IAC) is organizing the XXXVI Canary Islands Winter School of Astrophysics , which will be held in San Cristóbal de La Laguna (Tenerife) from November 17 to 22, 2025. Under the title "Key Optical technologies for Astronomy", the school will focus on cutting-edge optical and algorithmic technologies that will define the future of Astrophysics. This edition, led by Professors Jeff Kuhn (University of Hawaii and IAC) and Rafael Rebolo (IAC), will involve approximately 35 advanced Master's students, doctoral candidates, and early-career postdoctoral
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  • Dark matter halos in the Uchuu simulation
    Press release
    The IAC participates in the development of a new ‘cosmic GPS’ that achieves the most accurate map of dark matter in the universe
    A team of cosmologists from the Institute of Astrophysics of Andalusia (IAA-CSIC) and the Institute of Astrophysics of the Canary Islands (IAC) has obtained the most accurate census to date of the dark matter halos of the Universe. The work is based on the development of a new model, called GPS+, capable of predicting how many dark matter halos exist at each stage of cosmic history. In the universe, there are enormous invisible structures surrounding galaxies and galaxy clusters. These are dark matter halos, concentrations of matter that do not emit light and cannot be directly observed, but
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