
The late growth history of the terrestrial planets, from the last giant collisions with planetary embryos to the subsequent late bombardment. @dfg_public funded
Joined August 2017
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We are back! As we are getting our #twitter act together, get ready to learn more about our awesome research on #magma oceans, #meteorite impacts on the #Moon, #Earth core formation and the composition of the building blocks of our #SolarSystem
After 2 years of online meetings, we are finally back on track with live (or hybrid) conferences! After the AGU 2021, LPSC 2022, and our TRR 170 annual retreat in Potsdam you can find some of our members at the #EGU22.
A full professorship in "Experimental and Analytical Planetology" is advertized at the Institute for Planetology, @WWU_Muenster
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TRR170 Late Accretion onto Terrestrial Planets retweeted
Ich weiß gar nicht, ob‘s bekannt ist - aber der Curiosity-Rover hat ja schon vor einiger Zeit eine versteinerte Christbaumkugel auf dem Mars entdeckt.
We are excited to announce the presentations of our PhD students and postdoc at the AGU Fall Meeting #AGU21 in New Orleans! No matter if online or on site, don't miss the chance to have a look at our posters in the session DI35E this wednesday. More information below.
2) Lukas Manske with a poster about "The influence of interior structure and thermal state on impact melt generation during the early evolution of planetesimals and terrestrial planets" (online)
agu.confex.com/agu/fm21/meet…
3) Laetitia Allibert @AllLaetitia with a poster about "Large Earth-Forming Impacts into a Magma Ocean: Comparison between Numerical Simulations and Laboratory Experiments" (present on site!)
agu.confex.com/agu/fm21/meet…
#TRR170 summer school exploring deformation textures for #ThinSectionThursday
Here is some blue #Ringwoodite in Dar al Gani 650, L6 chondrite.
Also for the #MinCup2021 @MineralCup #mineral aficionados
Half of the #TRR170 summer school attendees are on a field trip today, exploring the unique #geology of the #Ries #impactCrater
TRR 170 Summer School 2021 in #Nördlingen
We are happy to meet in real life!
TRR170 Late Accretion onto Terrestrial Planets retweeted
[#EPSC2021] Are you an early-career scientist and able to present your work in 180 seconds with a single slide in a creative way? Then, EPEC Science Flash has a challenge for you next week! More information here!
---> bit.ly/FLASHepsc21
Finally, our TRR 170 Summer School “Impact processes in the solar system” will start on Monday September 20, 2021 in Nördlingen.😀
TRR170 Late Accretion onto Terrestrial Planets retweeted
Thanks @Lena__Noack and her team for such an interesting #german #swiss #geodynamics #workshop and for facilitating an online attendance. It was great to watch the talks despite not being able to attend in person.
The #german #swiss #geodynamics #workshop is coming to an end. We would like to thank everyone for this wonderful event and say goodbye to Bad Belzig. It was great to finally meet and have inspiring conversations in person again! :)
Today, Stefan Schmalholz concluded the workshop with a great keynote talk about Thermo-Hydro-Mechanical-Chemical modelling!
#german #swiss #geodynamics #workshop
TRR170 Late Accretion onto Terrestrial Planets retweeted
(1/7) Check out today's #german #swiss #geodynamics #workshop morning session's great presentations below! ⬇️
subduction zones, rifts, transform faults, modelling tools, ice sheets, sea level, and much more!
We thank the keynote speaker Harro Schmeling from the Goethe Universität Frankfurt (@goetheuni) for opening today's afternoon session with a talk about melt transport mechanisms!
#melttransport #mechanisms
#german #swiss #geodynamic #workshop
TRR170 Late Accretion onto Terrestrial Planets retweeted
(1/7) yesterday’s afternoon session covered a diverse range of geodynamic research topics of Earth and mostly beyond 🌏🪐🔥
#presentations summarized below ⬇️
#german #swiss #geodynamics #workshop
TRR170 Late Accretion onto Terrestrial Planets retweeted
(1/5) The first morning of the #german #swiss #geodynamics #workshop covered the evolution and rheology of the deep mantle and its relation with tectonic plates at the surface, on various scales.
#Presentations summarized below ⬇️⬇️
#science #conference













