The Internal Structure of Mercury

Jeudi 28 mai 2026

Amphithéâtre Marguerite de Navarre, Site Marcelin Berthelot

En libre accès, dans la limite des places disponibles

11:50 - 12:30

Session 1: The Planets of Our Solar System and How They Work
Chair: Alessandro Morbidelli (Collège de France & OCA Nice)

Intervenant(s)

Attilio Rivoldini

ORB Bruxelles

Événements

Colloque

28 mai 2026

08:30 à 08:40

Edouard Bard, Alessandro Morbidelli & Barbara Romanowicz

Mass Structure of the Convecting Mantle: Constraints Using Satellite Gravity Data

Frozen in Pieces: The Challenge of Plate Tectonic Reconstructions of a Fragmented Arctic

The Formation of New Lithosphere at Mid-Ocean Ridges: Magma Fluxes, Faults, Earthquakes, and H…

Lessons and Open Questions from the Analysis of 125 Years of Subduction Megaquakes

Deforming Continents above a Flowing Mantle, a Geological Perspective

Crustal Deformation and Earthquakes in the India-Asia Collision Zone

The Dynamics of Large Earthquakes: Observations, Theory and Hazard Implications

Introduction to the Geological Forcings of Climate

The Interplay between Water, Ice and the Solid Earth

The Paleoclimate Record and Continental Uplift

Atmospheric CO₂ Then and Now—What Can We Learn from the past?

He Drivers of Climate Change over the Last 550 Million Years—Radiative Forcings versus Plate Tectoni…

Voir aussi

Edouard Bard, chaire Évolution du climat et de l'océan

Alessandro Morbidelli, chaire Formation planétaire : de la Terre aux exoplanètes

La Terre, une planète dynamique. Un hommage à Xavier Le Pichon

The Internal Structure of Mercury

Session 1: The Planets of Our Solar System and How They Work

Intervenant(s)

Attilio Rivoldini

Événements

La Terre, une planète dynamique. Un hommage à Xavier Le Pichon – Accueil

Diversity of Terrestrial Planets

The Internal Structure of Mars: Results from the Insight Mission

Lunar Seismology: Results and Prospects

The Seismology of Venus: Predictions and Prospects of Detections

The Internal Structure of Mercury

Seismic Constraints on Global Mantle Dynamics

The Necessary Conditions for Plate Tectonics: Convection in Complex Fluids

Inner Workings of Plate Tectonics

Mass Structure of the Convecting Mantle: Constraints Using Satellite Gravity Data

Frozen in Pieces: The Challenge of Plate Tectonic Reconstructions of a Fragmented Arctic

The Formation of New Lithosphere at Mid-Ocean Ridges: Magma Fluxes, Faults, Earthquakes, and H…

Lessons and Open Questions from the Analysis of 125 Years of Subduction Megaquakes

Deforming Continents above a Flowing Mantle, a Geological Perspective

Crustal Deformation and Earthquakes in the India-Asia Collision Zone

The Dynamics of Large Earthquakes: Observations, Theory and Hazard Implications

Introduction to the Geological Forcings of Climate

The Interplay between Water, Ice and the Solid Earth

The Paleoclimate Record and Continental Uplift

Atmospheric CO2 Then and Now—What Can We Learn from the past?

He Drivers of Climate Change over the Last 550 Million Years—Radiative Forcings versus Plate Tectoni…

Voir aussi

Atmospheric CO₂ Then and Now—What Can We Learn from the past?