DIII-D National Fusion Facility, NERSC, and ESnet Collaboration Speeds Nuclear Fusion Research
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星期三, 五月 29, 2024
Lawrence Berkeley National Laboratory, EFIT, Electron, IRI, Sun, Nuclear fusion, CAKE, Plasma, Princeton University, Science, Energy Sciences Network, Heart, NERSC, DOE, Workforce, Consistency, Carbon, General Atomics, Database, Research, Physics, Computer, Workflow, Data analysis, Behavior, DIII, Environment, Natural Resources, HPC
This new collaboration leverages high-performance computing (HPC) at NERSC, DOE’s high-speed data network (ESnet), and DIII-D’s rich diagnostic suite to make important data from fusion experiments more useful and available to the global fusion research community, helping to accelerate the realization of fusion energy production.
Key Points:
- This new collaboration leverages high-performance computing (HPC) at NERSC, DOE’s high-speed data network (ESnet), and DIII-D’s rich diagnostic suite to make important data from fusion experiments more useful and available to the global fusion research community, helping to accelerate the realization of fusion energy production.
- At DIII-D, researchers perform experiments to understand how to harness nuclear fusion energy as a viable energy source.
- This may make it easier for early-career researchers with smaller professional networks to collaborate with these experts in their research projects.
- This Superfacility collaboration between DIII-D, NERSC and ESnet successfully demonstrates the value in combining experimental scientific simulations with compute resources leading to solutions needed to realize fusion energy production.