NSF has awarded $60M to @TACC to build the largest, most powerful #supercomputer NSF has ever supported for science and engineering! https://t.co/vLJaq9JOB1

Introducing Frontera: a massive new #supercomputer for science coming to @TACC and @UTAustin in 2019 thanks to a $60M award from @NSF! https://t.co/xboQSYwtli

When we go to the next order of clusters, like Frontera is going to be, we can only imagine that it's going to be further and further helping the science and research that all of us really care about. - Thierry Pellegrino, Vice President of HPC Solutions, @DellEMC.

I think this (Frontera) system is a big responsibility for all of us, including the vendors and @UTAustin. For the next five year, this is the place where all the researchers in the US are going to want to come to compute. - Nash Palaniswamy @Intel https://t.co/7LHEe4XO07

The @NSF Office of Advanced Cyberinfrastructure is confident that Frontera is capable of enabling unprecedented advances in science and engineering, and we look forward to its deployment and operation and the advances and discoveries it promises to bring. - Manish Parashar @NSF

We can do more and better science with fewer resources, using this tremendous machine (Stampede2) that's available. And the new machine (Frontera) will make that even more possible. Dan Jaffe, Vice President for Research, @UTAustin https://t.co/7LHEe5fpoH

Learning about the challenges of modeling landscape with tectonics this morning at day 2 of the Coupling Surface & Tectonics Processes workshop #Tectonics2Surface2018, @CSDMS

#TectonicsSurface2018

Big questions at #TectonicsSurface2018. With @CSDMS and @katybarnhart

First day of the CIG @UCDgeodynamics and @CSDMS meeting on Coupling of Tectonic and Surface Processes. Great talks and breakout conversations so far.

In Boulder for the @UCDgeodynamics @CSDMS joint meeting on tectonics and surface processes. Promises to be a very interesting meeting.

Note the Computational Infrastructure for Geodynamics cup in the background @Livermore_Lab @NSF_GEO

Why #magnetic simulations are useful for understanding the evolution of our solar system https://t.co/981O7bGMGv @UCLA @UCLAEPSS @UCDgeodynamics @argonne @CUBoulder @ENERGY

Looking forward to really great presentations from the CIG community at #AGU17

Here at CIG we'd love to hear some #myfirstAGUtalk stories from geodynamicists.

A survey for the CIG Computational Geodynamics community.

Our paper on how geophysicists cite (or don't cite) software is finally out! We've learned a lot about how scientific software is and isn't like other scholarly work.

For @UCLA Geophysicist Jonathan Aurnou, the timing could not have been much better - https://t.co/8Spde8pg6i

CIG's geodynamo working group is using @argonne's Mira supercomputer to study how the magnetic field is generated on the Earth, Jupiter, and the Sun; story and cool animations here:

Importance of computational simulation of earthquake ground motion, featuring models by Victor Cruz-Atiena.