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

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. bit.ly/3UZOwzS

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. bit.ly/49LteKa

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. bit.ly/3PbEM1u

During #SC23, industry leaders reflected on successful deployments of Exascale Computing Project’s Extreme-Scale Scientific Software Stack, which provides open-source software packages for managing scientific applications on #HPC and #AI platforms. bit.ly/3PbEM1u

Two billion billion calculations per second - that's what the upcoming Aurora supercomputer ALCF will be able to process. ABC 7 Chicago reports on how this computing power will help scientists tackle new and bigger challenges: abc7chicago.com/argonne-nation…

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. bit.ly/3PbEM1u

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. bit.ly/3PbEM1u

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. ⛈️ bit.ly/3STv9FN

Exascale Computing Project Contributes to Accelerating Cancer Research ow.ly/UsbH50QWPw3 Exascale Computing Project #HPC #TCIwire #Exascale

☀️ Here comes the sun ☀️ TAE Technologies 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. bit.ly/3VfCxya

Collaboration between U.S. Department of Energy researchers and National Cancer Institute leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project. exascaleproject.org/exascale-compu…

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. exascaleproject.org/podcast/

Collaboration between U.S. Department of Energy researchers and National Cancer Institute leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project. exascaleproject.org/exascale-compu…

Collaboration between U.S. Department of Energy researchers and National Cancer Institute leads to better drug discovery and faster screening of cancer pathology reports. The work was supported by ECP’s CANDLE project. exascaleproject.org/exascale-compu…

Exascale Computing Project Software Helps Launch a New Era for NASA ow.ly/tPTZ50R2lOq Exascale Computing Project NASA NASA Ames #HPC #TCIwire #Exascale

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. bit.ly/3UZOwzS

By optimizing lattice QCD calculations to fully utilize the power of #exascale supercomputers, the LatticeQCD project enables physicists to run their algorithms on a much larger scale and at much faster speeds. bit.ly/42OXBx4

A 5-minute video about the #AuroraSupercomputer provides a glimpse into what a modern #supercomputer looks like. ow.ly/XlJh50R1PHo #argonne

🚀The ECP has concluded but the race to #exascale continues with Oak Ridge Lab Argonne National Lab and Lawrence Livermore National Laboratory leading the way. U.S. Department of Energy is pushing #HPC to 1,000x faster than petascale, solving challenges in energy materials, medicine, and national security. 💫bit.ly/3YV4j4p