Planetary Physics and Chemistry
Topics in Planetary Sciences moodle site
Integrierte Erdsysteme I moodle site
Geophysik II moodle site
Geophysik III moodle site
Numerical Methods I & II (now taught by Taras Gerya)
Click here for my google scholar citations page
Click here for a movie showing group activities
I am interested in the thermo-chemical structure, dynamics and evolution of the interiors of solid planets and moons, including Earth, Venus, Mars, Mercury, Io and extrasolar super-Earths, focussing particularly on convection in the solid mantle and the associated dynamics of the lithosphere, which on Earth means plate tectonics. My main research tool is numerical simulation, using state-of-the-art numerical methods on high performance (massively-parallel) supercomputers to obtain more realistic, three-dimensional numerical models of dynamical processes than previously possible. Specific recent projects include:
A good general description of my research (though out of date) can
be found here.
1998 article about my research in SDSC's Envision newsletter:
1994 article in Caltech's CACR annual report: link
1994 article from Physics World (text only) "Journey to the Mantle of the Earth": link
2D convection code written in Matlab (variable viscosity, staggered grid)
StagPy python software for analysing StagYY output.
StagLab and other useful software by Dr. Fabio Crameri.
Matlab scripts that read StagYY output files and write as VTK (by Boris Kaus).
Instructions for making a movie from a series of consecutively numbered images
How to compile OpenDX and loadable modules for it on MacOS 10.6 Snow Leopard
StagYY->Paraview: Matlab scripts that read StagYY output files and write as VTK (by Boris Kaus).
Group members and friends at the 2007 Goldschmidt conference in Cologne
Photos from 2007 Mantle and Lithosphere Dynamics workshop in Carry-le-Rouet
Photos of the ETH NO building taken 19 October 2007
Wave Propagation Movies
Some Convection Movies
here for 'field work' pictures
at the Great Wall of China!