HPC Quantum Computing: Accelerating the Path to a Sustainable Supercomputing Future Yuval Boger gives his thoughts on how quantum computing can support large-scale research and lead to more sustainable computing architecture Latest Content New quantum lab plans to integrate of quantum and GPU supercomputing NERSC helps scientists build public health datasets from location services atNorth acquires Gompute New technologies Hot Interconnects 2023 Call for Papers Penguin updates its cluster management software SingularityCE 3.11 broadens HPC workflows with OCI compatibility White papers PRACE Software Strategy for European Exascale Systems-Paper This strategy paper describes PRACE’s position on and contributions to applications and software for the European Exascale Systems. Best Practice Guide - Modern Accelerators Hardware accelerators offer certain advantages over general-purpose Central Processing Units (CPUs) as they provide a greater computational t FUTURE HPC TECHNOLOGIES The current technologies used for HPC systems will not be able to sustain the performance increase requested by the HPC/HPDA/AI 1 application commu More content New quantum lab plans to integrate of quantum and GPU supercomputing NERSC helps scientists build public health datasets from location services atNorth acquires Gompute Partnership aims to transform HPC, saving customers time and money 4th Gen AMD EPYC processors optimised for HPC available in the cloud DOE announces $11 Million for exploratory research in extreme-scale science Creating a software stack to support scientific computing SC23 Tech Focus: Networking Partnership opens the way to fault-tolerant quantum computing US DOE announces $2.2 million for cooperative research in high energy Physics UK universities draw up guiding principles on AI literacy Pagination Page 1 Next page Next ›
