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Introduction: Italian planetology today

The study of planetary bodies is currently in one of the most exciting periods in its history.
The discovery of hundreds of extra solar planetary systems has broadened the frontiers of modern astrophysics, making the scientific community re-consider the Solar System as a peculiar case within a wide variety of possible solutions. This discovery has given birth to a new multi-disciplinary science, bioastronomy, whose main goal is the study of the origin, evolution and spread of life in the Universe. In the international context of planetological studies, Italy has played a very central role for years, thanks to the efforts of the active and dynamic scientific community, that has managed to define itself leading roles in activities that go from pure theoretical research to remote observations from the ground and space, to laboratory experiments, and the construction of essential instruments that have flown, and are flying, on-board the main planetary exploration space missions. In fact, it is important to note that the planetology which is developing in recent years, uses space exploration as a primary instrument to obtain data for any attempt of
interpretation, analysis and modeling of the planetary bodies. These activities are, by their nature, financed principally by the "Agenzia Spaziale Italiana" and/or ESA. Involvement in space activities is also to be considered an obvious development of basic theoretical, observational and laboratory based research, that find a natural source of funding in INAF, and are the result and expression of a long tradition that has resulted in Italy having many of the world experts in the field of planetology.

THE JAMES WEBB SPACE TELESCOPE CAPTURES A STAGGERING QUASAR-GALAXY MERGER IN THE REMOTE UNIVERSE

Jul 05, 2024

An international research group led by the Italian National Institute for Astrophysics utilised the James Webb Space Telescope to witness the dramatic interaction between a quasar inside the PJ308–21 system and two massive satellite galaxies in the distant universe

FATE: forecasting optical turbulence to push the Very Large Telescope to its full potential

May 29, 2024

FATE: forecasting optical turbulence to push the Very Large Telescope to its full potential The FATE project began in November 2022 and entered the commissioning phase in September - December 2023. Once completed, it will enter in the operational phase in which ESO will be able to optimise observing strategies for the VLT and start planning those for ELT

MeerKAT+: the MeerKAT Extension

Feb 21, 2024

MeerKAT+: the MeerKAT Extension The handover of the first dish of the MeerKAT extension signals an important milestone for the SKA-MID construction