This research project aims to join efforts and consolidate the cooperation of a group of researchers with deep-rooted expertises and skills in different areas close or directly related to the AGN phenomenon, and with important national and international collaborations. We plan to make significant contributions to the resolution of some of the most

We propose to study the evolution of galaxies through detailed analysis of images and spectra obtained with the most modern ground- and space-based telescopes. We will concentrate on two related important open questions in modern astrophysical research: how do galaxies evolve over their lifetimes, possibly changing their appearance and

Main objective of this project is to maximize the scientific exploitation of the unique capabilities of SONG (Stellar Observations Network Group) high-precision radial velocity measurements and flexibility to execute robotic observations over long periods of time- on scientific programs up to now not achievable with any other space or ground based

Starsbursts play a key role in the cosmic evolution of galaxies, and so, in the star formation (SF) history of the universe, the production of metals, and the feedback coupling galaxies with the cosmic web. Extreme SF conditions prevail early on during the formation of the first stars and galaxies, therefore, the starburst phenomenon constitutes a

The Solar Orbiter mission was selected by ESA for the M1 slot within the Cosmic Vision program with a launch date in 2018. This proposal corresponds to the period of 2017-2020 and includes the integration of the SO/PHI instrument in the platform, the launch, and the two first years of commissioning prior to the first scientific operation orbits

Ramón y Cajal contract to develop his research work in the specific research project “The integrated galactic stellar initial mass function - connecting resolved and unresolved stellar populations”.