20 nov 2014 09:00 à 09:05 Colloque Introduction Barbara Romanowicz Structure and Dynamics of Earth-like Planets 20 nov 2014 09:00 à 09:05 Partager Facebook Linkedin Copier le lien Flux RSS Audiovisuel
Jeudi 20 novembre 2014 Amphithéâtre Marguerite de Navarre, Site Marcelin Berthelot En libre accès, dans la limite des places disponibles 09:00 - 09:05 Sauter le player vidéo Youtube Intervenant(s) Barbara Romanowicz Professeur du Collège de France Événements Précédent Colloque 20 nov 2014 09:00 à 09:05 Barbara Romanowicz Introduction Colloque 20 nov 2014 09:05 à 09:40 Mark Wieczorek New Results from NASA's Lunar Gravity Mapping Mission GRAIL Colloque 20 nov 2014 09:40 à 10:15 Raphaël Garcia Moon Internal Structure from Apollo Seismic Data: a Cornerstone for Planetary Seismology Colloque 20 nov 2014 10:15 à 10:50 Daniele Antonangeli Towards a Mineral Physics Reference Model for the Moon's Core Colloque 20 nov 2014 11:20 à 11:50 Jacques Laskar Dynamics of the Tidally Evolved Planets in the Solar System: Mercury and Venus Colloque 20 nov 2014 11:55 à 12:30 Sue Smrekar Constraints on Tectonics and Interior Dynamics of Venus Colloque 20 nov 2014 14:00 à 14:35 François Poulet 1. Philae/Rosetta: A Mission Full of Twists – 2.… Colloque 20 nov 2014 14:35 à 15:10 Doris Breuer Enigmatic Martian Mantle Reservoirs: Can Dynamic Models Help? Colloque 20 nov 2014 15:10 à 15:45 Bruce Banerdt The InSight Mission: Exploring the Interior of Mars Colloque 20 nov 2014 16:15 à 16:50 Gabriel Tobie Dynamics and Evolution of Jupiter's and Saturn's Icy Moons Colloque 20 nov 2014 16:50 à 17:15 Caroline Dorn Constraining the Interior Structure of Rocky Exoplanets: the Inverse Approach Colloque 21 nov 2014 09:00 à 09:35 Veronique Dehant Rotation and Interior of Terrestrial Planets Colloque 21 nov 2014 09:35 à 10:10 Peter Bunge Observations and Geodynamic Interpretation of Rapid Plate Motion Variations Colloque 21 nov 2014 10:10 à 10:45 Laurent Montesi Strain Dependent Strength Profiles: Implications for Planetary Tectonics Colloque 21 nov 2014 11:15 à 11:50 Daniel Frost Planetary Accretion Models and the Mineralogy of Planetary Interiors Colloque 21 nov 2014 11:50 à 12:25 Dario Alfe Transport in the Earth's Core Colloque 21 nov 2014 14:00 à 14:35 Ulrich Christensen Magnetic Fields—a Window into the Deep Interior of Planets Colloque 21 nov 2014 14:35 à 15:10 Henri Claude Nataf Turbulence in Planetary Cores Colloque 21 nov 2014 15:40 à 16:15 Bruce Buffett Dynamics of Earth's Interior and Geodynamo Colloque 21 nov 2014 16:15 à 16:55 Lars Stixrude Melting in Super-Earth Exoplanets Suivant Voir aussi Barbara Romanowicz, chaire Physique de l'intérieur de la Terre Structure and Dynamics of Earth-like Planets
Colloque 20 nov 2014 09:05 à 09:40 Mark Wieczorek New Results from NASA's Lunar Gravity Mapping Mission GRAIL
Colloque 20 nov 2014 09:40 à 10:15 Raphaël Garcia Moon Internal Structure from Apollo Seismic Data: a Cornerstone for Planetary Seismology
Colloque 20 nov 2014 10:15 à 10:50 Daniele Antonangeli Towards a Mineral Physics Reference Model for the Moon's Core
Colloque 20 nov 2014 11:20 à 11:50 Jacques Laskar Dynamics of the Tidally Evolved Planets in the Solar System: Mercury and Venus
Colloque 20 nov 2014 11:55 à 12:30 Sue Smrekar Constraints on Tectonics and Interior Dynamics of Venus
Colloque 20 nov 2014 14:35 à 15:10 Doris Breuer Enigmatic Martian Mantle Reservoirs: Can Dynamic Models Help?
Colloque 20 nov 2014 16:15 à 16:50 Gabriel Tobie Dynamics and Evolution of Jupiter's and Saturn's Icy Moons
Colloque 20 nov 2014 16:50 à 17:15 Caroline Dorn Constraining the Interior Structure of Rocky Exoplanets: the Inverse Approach
Colloque 21 nov 2014 09:35 à 10:10 Peter Bunge Observations and Geodynamic Interpretation of Rapid Plate Motion Variations
Colloque 21 nov 2014 10:10 à 10:45 Laurent Montesi Strain Dependent Strength Profiles: Implications for Planetary Tectonics
Colloque 21 nov 2014 11:15 à 11:50 Daniel Frost Planetary Accretion Models and the Mineralogy of Planetary Interiors
Colloque 21 nov 2014 14:00 à 14:35 Ulrich Christensen Magnetic Fields—a Window into the Deep Interior of Planets
