Permanent Researchers: Daniel Benest(CR/CNRS),
Eric Bois (Astronome),
Claude Froeschlé(Astronome),
Christiane
Froeschlé(Astronome),
Tristan Guillot(CR/CNRS),
Robert Gonczi(Enseign.Sup.),
Patrick Michel(CR/CNRS,
Resp. Groupe),
Alessandro Morbidelli(DR/CNRS),
Fathi Namouni(CR/CNRS),
Hans Scholl(DR/CNRS),
Paolo Tanga (Astronome Adjoint)
Engineers: Elena Lega
Graduate students: Aurélien Crida,
Marina Cosentino-Laveder,
Julie Gayon,
Martin Jutzi (co-tutelle, Univ. Berne)
Post-Doc Researchers: Kevin Walsh
Regular visitors (Collaborators):
M. Guzzo (Univ. Padoue, Italy), K. Holsapple (Univ. Washington, USA), R.
Hueso (Portugal), H. Levison (SWRI, Boulder, USA), D. Lin (Univ. Santa Cruz,USA),
E. Lohinger (Vienne, Austria), H. Rickman (Obs. Upsalla, Sweeden), G.
Valsecchi (Rome, Italy)
Research Topic: Formation and evolution
of Planetary Systems
- Formation of planetesimals in proto-planetary disks
- Planetary migration in disks
- Collisional physics between small bodies
- Small body dynamics in the Solar System
- Evolution and internal struture of telluric and giant planets,
and brown dwarfs
- Evolution of extra-solar planetary systems
- Development of matehmatical methods and tools: dynamical
system analysis
- Observations of small bodies with large instruments (ESO,
CFHT)
Contribution to Main Ground-Based and Space
Projects
PowerPoint File
presenting the activities of the group (in french)
Movies of simulations used in the presentation:
- Simulation of evolution
of'asteroids injected in the resonance nu6 (size: 48.4 Mo)
- Simulation
of collision between asteroids (size: 4.2 Mo)
- Simulation of dynamical
evolution of membres of the Koronis family including the thermal force
Yarkovsky (size: 4.5 Mo)
- Simulation
of evolution of a gazeous proto-planetary disk (size: 13.2 Mo)
Organisation of Schools for Researchers:
- Press releases on results of the group: