Jeremy Sauer

Views expressed are my own.

[HPCwire @HPCwire]

Congratulations to @NCAR_Science for winning the following #HPCwireRCA22 award: Editors' Choice: Best Use of HPC in Physical Sciences!

[Colin McCarthy @US_Stormwatch]

The newest HRRR model run has 70 inches of snow falling in less than 24 hours just south of Buffalo, NY.

This is shaping up to be potentially one of the most extreme snowstorms in US history.

[NSF NCAR Computational and Information Systems Lab @NCAR_CISL]

🌟🏆. @HPCwire Editors' Choice Best Use of HPC in Physical Science. 👏 @JeremySauerNCAR, Domingo Muñoz‐Esparza, and team. https://t.co/FpAgoSZXV4

@NCAR_Science @NCAR_RAL #HPC #supercomputing #HPCwireAwards #XSEDE #SC22

[Jeremy Sauer @JeremySauerNCAR]

Well deserved thanks here to @nvidia and others for so many technological innovations and development of programming paradigms helping in the pursuit of new scientific and societal impact potential through #GPU and #HPC

[NSF National Center for Atmospheric Research @NCAR_Science]

Pizza delivery via drone? Yes please! 🍕
But, before we can realize the future, we need weather forecasting on a smaller scale to help drones safely navigate urban skies. NCAR’s FastEddy model makes microscale forecasting plausible-- a process previously out of reach. 🧵

[NSF National Center for Atmospheric Research @NCAR_Science]

In the Dallas simulation, the eddies flow rapidly around buildings & obstacles while changing direction quickly & intensifying as a cold front moves through the city. Read the full story to learn about the future of GPUs in forecasting and FastEddy: https://t.co/mV1wCgGwiu

[NSF National Center for Atmospheric Research @NCAR_Science]

Pizza delivery via drone? Yes please! 🍕
But, before we can realize the future, we need weather forecasting on a smaller scale to help drones safely navigate urban skies. NCAR’s FastEddy model makes microscale forecasting plausible-- a process previously out of reach. 🧵