With this meeting we aim to foster a discussion between the scientists who have been studying galaxies and cosmology in the dark matter and Milgromian frameworks which constitute two fundamentally different hypotheses. The aim is to achieve an exchange notably also on the technical challenges in applying both hypothesis to computational astrophysics problems in view of recent advances in understanding stellar populations, which are important for quantifying feedback processes.
Thus, the main focus of the workshop will be on the new and existing astronomical facilities whose goal is to observe a wide variety of astrophysical targets with no (or very little) human interaction. As in the past 10 years, we expect the workshop will continue as an international forum for researchers to summarize the most recent developments and ideas in the field, with a special emphasis given to the Technical and Scientific results obtained within the last two years and future developments, with specific sessions on Educational Activities and Space Surveillance and Tracking.
The school is aimed primarily at students and young researchers wishing to build or perfect their knowledge of cosmic rays. Financial support is available for PhD students and CNRS staff can benefit from a support for the stay.
The conference will bring researchers working on theoretical aspects, statistical methods and observational cosmology and will discuss the new directions of fundamental physics and cosmological mysteries which can be addressed from these multi-messenger multi-frequency probes. Along with probing the fundamental aspect of gravity, nature of dark energy, properties of dark matter, primordial gravitational waves, neutrino masses and hierarchy, next-generation missions will also be powerful probes to learn about the astrophysical aspects such as the population of black holes, properties of first stars, reionization history of the Universe, galaxy evolution and the interplay between cosmological and astrophysical effects. The meeting will also discuss future statistical tools and machine learning techniques which will be required to make robust measurements from the data which will be available from the upcoming missions on astrophysical gravitational waves, cosmic microwave background, large scale structure, line intensity mapping, supernovae and many others.
The NDM-2020 aims to be a forum for the discussion and exchange of ideas regarding the particle phenomenology, astrophysical signatures and experimental constraints related to those two fundamental and actively studied issues in particle and astroparticle physics, namely neutrinos and dark matter, and their possible connections.
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