Contact

Schirmer, Silvia
Silvia Schirmer
Team assistant
Phone: +49 551 384 979-467

Members of the Research Group "Planetary Interior"

Scientists:

Christensen, Ulrich
Wicht, Johannes
Hilchenbach, Martin
Knapmeyer-Endrun, Brigitte

Postdocs:

Dietrich, Wieland
Sanchez, Sabrina

PhD students:

Barik, Ankit
Becker, Gesa
Thor, Robin

Engineers:

Bierwirth, Marco
Perplies, Henry

Former Members:

Gastine, Thomas
Duarte, Lucia
Bossmann, Andrea
Yadav, Rakesh
Meduri, Domenico

 

Dynamo processes

Former members

Julien Aubert
Thomas Gastine
Kumiko Hori
Reinald Kallenbach
Christian Koch

Research Group "Planetary Interior"

Research Group "Planetary Interior"

The processes in the interior of planets are quite important for the development of life, and therefore is one of the major research topics of the "Planetary Interior" Research Group at MPS. We use a variety of tools in our studies: Theoretical work coupled with state-of-the-art computer simulations are used to model und better understand the dynamics of rocky mantles and iron cores. Science instrumentation onboard of orbiting spacecraft or landers provide useful and important data. Especially the modelling of the dynamo process producing the intrinsic magnetic field in the interior of a planet plays a major role in our research. The study of the magnetic field allows us to conclude about internal processes otherwise to measurable. More on the project page.

Since a couple of years MPS develops also space instrumentation to study the interior of the planets. Using seismometers on the surface of planets or moons seems to be a very promising approach. most of the knowledge about the Earth's interior is based on seismic measurements. MPS is involved in the INSIGHT mission to Mars. 

Laseraltimeter are used to measure the topology of a planet and are able to study e.g. the tides of a terrrestrial planet from which conclusions about the interior can be drawn. BELA, the laseraltimeter onboard the Bepi Colombo mission to Mercury, has been designed in a consortium with significant MPS participation.

 
loading content