The IAC is the most important astrophysics research centre in Spain. Its new Strategic Plan mainly seeks excellence in science and to strengthen and consolidate the IAC´s position as a centre of international reference for astrophysical research.The Strategic Plan involves exploration and discovery using major world facilities (like GTC, VLT and the space observatories), developing further physical insight, advanced modelling, innovation in technologies/techniques for ground/space observatories, and generation of new knowledge in key areas of astrophysics with impact in fundamental physics, chemistry and geophysics. In particular, the IAC scientific program will address key problems on: very high energy phenomena in the Big Bang and around black holes, the genesis of cosmic and gamma-rays, formation and evolution of galaxies, the life cycles of stars, physics under strong gravity fields, the physics of magnetic fields in the Sun, and the detection and characterization of Earth-like planets in nearby stars. The IAC will use and will develop alarge variety of cutting edge ground/space facilities and attract new excellent young/senior researchers to develop advances and breakthroughs in physical modelling, computer simulation and technology.
In force date
Call year
2015
Investigator
Rafael
Rebolo López
Financial institution
Financing subprogram
Amount granted to the IAC Consortium
4.000.000,00 €
Description
Related projects
SEVERO OCHOA 2016 - 2019
The IAC is an internationalized Spanish research centre aiming to achieve major advances in the understanding of the laws that govern the origin and evolution of the various forms of matter/energy in the Universe. Outstanding results are expected in key areas of research such as Solar physics, Sun-Earth connections, Exoplanetary systems, Solar
Rafael
Rebolo López
FRIDA - inFRared Imager and Dissector for Adaptive optics
FRIDA (inFRared Imager and Dissector for Adaptive optics) is an integral field spectrograph in the near infrared, also with image mode, which will be installed in the GTC telescope. It will use the adaptive optics system of GTC (GTCAO) to observe with very high spatial resolution and spectral resolutions of up to 30,000.
Almudena
Prieto Escudero