🚀The ECP has concluded but the race to #exascale continues with @ORNL @argonne and @Livermore_Lab leading the way. @ENERGY is pushing #HPC to 1,000x faster than petascale, solving challenges in energy materials, medicine, and national security. 💫

RT @HPCwire: A 5-minute video about the #AuroraSupercomputer provides a glimpse into what a modern #supercomputer looks like. https://t.co/….

RT @OLCFGOV: By optimizing lattice QCD calculations to fully utilize the power of #exascale supercomputers, the LatticeQCD project enables….

RT @HPCwire: Exascale Computing Project Software Helps Launch a New Era for NASA.@exascaleproject @NASA @NASAAmes #….

The latest release of E4S incorporates new AI/ML libraries and expands GPU support to include the NVIDIA Grace and Grace Hopper architectures. Version 24.02 provides over 120 HPC packages.

Collaboration between @ENERGY researchers and @theNCI leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project.

RT @HPCwire: Exascale Computing Project Contributes to Accelerating Cancer Research.@exascaleproject #HPC #TCIwire….

Collaboration between @ENERGY researchers and @theNCI leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project.

Have you listened to Let’s Talk Exascale lately? 🎙️ Check out the entire library of episodes and go behind the scenes with the people who helped make a capable and sustainable #exascale computing ecosystem a reality.

Collaboration between @ENERGY researchers and @theNCI leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project.

☀️ Here comes the sun ☀️ . @TAE is planning the world’s first prototype hydrogen-boron #fusion power plant with the help of ECP’s WarpX particle accelerator simulator. Fusion has the potential to generate abundant, affordable, carbon-free energy.

The US experienced 23 billion-dollar weather and climate disasters in 2023. A team from @NOAA has been using software from ECP to ensure the models used to predict these disasters are ready to run on the world’s fastest computers. ⛈️

E4S allows users to deploy ECP software for "all-scale computing" and provides tools and libraries that support the use of GPU accelerators, lowering the barrier of entry and perceived risk for industry users planning for GPU-enhanced architecture.

E4S allows users to deploy ECP software for "all-scale computing" and provides tools and libraries that support the use of GPU accelerators, lowering the barrier of entry and perceived risk for industry users planning for GPU-enhanced architecture.

RT @doescience: Two billion billion calculations per second - that's what the upcoming Aurora supercomputer @argonne_lcf will be able to pr….

RT @ORNLComputing: During #SC23, industry leaders reflected on successful deployments of @exascaleproject’s Extreme-Scale Scientific Softwa….

E4S allows users to deploy ECP software for "all-scale computing" and provides tools and libraries that support the use of GPU accelerators, lowering the barrier of entry and perceived risk for industry users planning for GPU-enhanced architecture.

For @GE_Aerospace, ECP offers resources to virtually test new engine designs and the technology advancement and learnings to help inform the company's internal HPC investments and readiness.

A new Extreme-Scale Scientific Software Stack (E4S) version is now available. Version 24.02 incorporates new AI/ML libraries and offers expanded GPU support.

#Fusion could transform energy production on Earth. That’s why @TAE is using #exascale computing to help model a new fusion reactor in a step towards affordable, abundant, carbon-free energy.