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Solar and Planetary Systems

The activities of the team are focused on three major investigations: study of the processes of evolution of the planetary bodies of the Solar System, study of exoplanets, and study of the initial conditions of the Solar System. More specifically, we attempt to study:

- evolution processes by observations of differentiated bodies (terrestrial and giant planets, satellites). These activities are performed through space instruments mounted on orbital or in situ platforms;
- the extra-solar planets by a theoretical but also observational approach through the COROT, PLATO and ARIEL missions;
- the initial conditions for the formation of the Solar System through the study of primitive matter: cometary grains, meteorites, observations of primitive bodies and the interplanetary environment.

Our approach consists in coupling the observation acquired by space instruments, extensive data reduction, numerical modeling and laboratory measurements. These multiple approaches are based on as strong and major instrumental developments with the constant concern to combine both scientific and technological challenges.

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Dernières news

10 months 3 weeks ago

The PLATO project at IAS has reached a new stage in the development of the flight camera calibration structure. Indeed, after an intense phase of studies, development, and tuning of the integration and validation activities, the validation tests of the cryogenic and vacuum elements around and inside the Saturn tank are starting this week. All the infrastructures and the control/command for this cryogenic test have been realized under the responsibility of the calibration station team.

1 year 2 weeks ago

The first analyzes of the samples collected from the primitive asteroid Ryugu, to which contribute the MicrOmega instrument developed at IAS, provided a first characterization of the physical and chemical properties of the grains.

1 year 4 months ago

The Optical Head (OH) of the MAJIS (Moons and Jupiter Imaging Spectrometer) instrument which was delivered to IAS in mid-August has been calibrated at the IAS calibration facilities. This crucial stage in the life of a space instrument allows us to assess the performances of the instrument in conditions very close to those it will encounter in space, and to make the final adjustments to its control with the electronics spare (the electronic flight unit having already been delivered).

1 year 6 months ago

The MAJIS project has reached an important milestone by delivering the main electronics (ME) to Airbus for integration into the heart of the satellite in order to be best protected from Jupiter radiation. This box allows to drive the instrument, to compress and to format the science and auxiliary data thanks to the on-board software developed by the IAS in partnership with the CNES.

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