Dark matter has been an active field in cosmology and particle physics, involving astrophysical observations, experiments and theoretical modeling. As the Weakly Interacting Massive Particle paradigm became empirically disfavoured, a pandora box of Dark Matter models was opened, with candidates spanning 90 decades in mass. In this talk I will discuss one technique to explore Dark Matter...
The increasing depth and completeness of cosmological surveys is generating a wealth of data which is not trivial to unravel. New techniques using machine learning and advanced statistical methods will be necessary to make sense of that data, and to combine the different surveys. This vast wealth of information also imposes strict demands from simulations, which must cope with a unified...
In this talk I will present the last results in the development of the Digital Bakend (DB) for a read-out electronics, suitable for cryogenic particle sensors multiplexed in the frequency domain (FDM), with applicability in Cosmic Microwave Background Radiation (CMB) surveys and neutrino mass determination such as ECHo.
