The goal is to investigate dark energy and the accelerated expansion of the Universe, as well as the clustering properties of dark matter from large-scale structure data. To this end, we want to apply novel analysis techniques, which combine data modeling, data simulation, and data analysis. The first step requires modeling and simulating the

Our theoretical understanding of cosmology is, a priori, inconsistent with observations. In a Universe dominated by dark matter, the most massive galaxies are expected to form late and slowly, which is in contradiction with observations whose behavior is just the opposite. In a scenario where our theoretical conception of the Universe is in

General Objective: to develop an innovative ecosystem that promotes Macaronesia as a node (hub) of regional confluence, relying on ICTs, the information society, and existing capacities, to value our R & D socioeconomically with: 1) new products and biomedical services 2) new training models in the use and innovation of medical technologies 3) new

Although thousands of brown dwarfs and extrasolar planets have been discovered up to date, their formation and evolution models remains unknown. Hence, it is necessary to identify these objects in a wider range of effective temperature, gravity and metallicity to understand them. The main scientific objective of our project is to identify and

The overall goal of the research project BURST is to understand 1) the built-up of galaxy clusters in the universe and 2) the importance of dust obscured star formation in such systems. To accomplish these goals, we have and will assemble a vast data set spanning a wide range of frequencies from the optical/near-infrared to the radio including