Understanding the formation and evolution of galaxies is one of the key challenges of modern astronomy. Exquisitely detailed analyses of nearby and distant galaxies is now possible with the increasing amount of observational data coming from large facilities. Quality spectroscopic data is also becoming more common for galaxies up to and beyond z ~ 1. Despite the growing observational evidence, currently there is not yet a consensus on how the high-z samples are transformed into the local population of galaxies due to the intrinsic complexity of galaxy formation mechanisms. The most favoured paradigm suggests that the formation and evolution of galaxies is the result of a complex combination of hierarchical clustering, gas dissipation, merging and secular evolution.
A complex star formation history, as the one expected to describe galaxy evolution, needs a multidisciplinary approach to be fully understood. Our group at the IAC consist of experienced researchers in cosmological simulations, dynamical studies, stellar populations and morphological properties of galaxies up to redshift z~3. We combine different approaches (e.g. observations and theory, secular and cosmological evolution studies) to obtain a complete view of the dominant mechanisms driving the evolution of galaxies.
The main three research lines conducted in our group are:
- - Stellar population synthesis models
a. Development of stellar population models
b. Analysis methods for the study of populations in galaxies
c. Universally invariant IMF vs IGIMF theory
- - The cosmic evolution of galaxies
a. Stellar populations in galaxy clusters
b. Evolution of massive galaxies
c. Spectro-photometry of SDSS galaxies
d. Numerical simulations of massive galaxies
- - Secular processes in nearby galaxies
a. Unravelling the nature of bars and bulges
b. Outskirts of disks in nearby spirals
c. Formation and evolution of dwarf galaxies
- Published a paper in Nature Astronomy on the orbital distribution of nearby galaxies with CALIFA: http://www.iac.es/proyectos.php?op1=40&y=2018&lang=eng&id=198&lang=en
- Published a Nature paper on the peculiar globular cluster system of the relic galaxy NGC 1277. First two authors from IAC: https://www.nasa.gov/feature/goddard/2018/arrested-development-hubble-f…
- Published a paper in MNRAS on some of the first star formation histories of Coma "ultra-diffuse" galaxies using ultra-deep GTC spectroscopy:
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A team of astronomers has discovered that galaxies with an Active Galactic Nucleus (AGN) –hosting continuously growing black holes that emit large amounts of energy and radiation– may undergo a period of rapid star birth before shutting down completely. The research, conducted by astronomers from the Instituto de Astrofísica de Canarias (IAC), the University of Southampton and the Institute of Space Sciences, ICE (IEEC-CSIC), was published in Monthly Notices of the Royal Astronomical Society: Letters. The Universe is filled with trillions of galaxies, each one comprising billions of starsAdvertised on