Loading...
Loading...
Browse all stories on DeepNewz
VisitGlobal impact of CUDA-Q on quantum computing by 2025
Significant impact • 33%
Moderate impact • 34%
Limited impact • 33%
Global quantum computing research publications and industry impact reports
Nvidia Enhances Global Supercomputing with Grace Hopper Chips, CUDA-Q, and Blackwell GPUs
May 13, 2024, 06:54 AM
Nvidia has announced significant advancements in supercomputing and quantum computing. The company is deploying its NVIDIA Grace Hopper Superchips in nine new supercomputers globally, enhancing scientific research and discovery. Additionally, Nvidia is promoting its open-source CUDA-Q platform to accelerate quantum computing efforts at supercomputing centers worldwide. This initiative coincides with the International Supercomputing Conference 2024, where Nvidia highlighted the application of generative AI in high-performance computing tasks such as code generation, weather forecasting, genetics, and materials science. Furthermore, Nvidia's Blackwell GPUs deliver 30% more FP64 and FP32 FMA performance than their predecessors, marking a notable improvement in computing power.
View original story
North America • 25%
Europe • 25%
Asia-Pacific • 25%
Middle East & Africa • 25%
Topological qubits • 33%
Photon-based systems • 33%
Silicon quantum dots • 34%
Finance • 25%
Healthcare • 25%
Cybersecurity • 25%
Automotive • 25%
Drug Discovery • 33%
Climate Modeling • 33%
Artificial Intelligence • 33%
Finance • 25%
Healthcare • 25%
Government • 25%
Technology • 25%
Significant impact • 33%
Moderate impact • 33%
Minimal impact • 34%
Code Generation • 25%
Materials Science • 25%
Weather Forecasting • 25%
Genetics • 25%