NVIDIA introduces the CUDA-Q platform to integrate quantum computing with traditional supercomputers accelerated by the company's GPUs.
Quantum Accelerator
Cutting-edge quantum technology
NVIDIA announced the release of the CUDA-Q platform for quantum computing . The innovative solution will be deployed in national supercomputing centers around the world. Supercomputers in Germany, Japan and Poland will be the first to use the platform to integrate quantum processing units (QPUs) into their high-performance computing systems. We are talking about software that allows you to use existing quantum computers in conjunction with NVIDIA accelerators.
Grace Hopper - a new stage in scientific research
The corporation announced that nine new supercomputers NVIDIA Grace Hopper superchips will be used around the world to accelerate scientific research and discovery. Collectively, the systems will provide 200 exaflops of energy-efficient artificial intelligence computing power.
Pushing the boundaries of what is possible
“Useful quantum computing will become a reality thanks to the tight integration of quantum supercomputers with graphics processors. NVIDIA's quantum computing platform provides pioneers like AIST, JSC and PSNC with the opportunity to push the boundaries of scientific discovery and advance advanced quantum-integrated supercomputing technologies,” said Tim Cost, director of quantum and HPC at NVIDIA.
New frontiers of quantum research
The new platform will allow the use of quantum computers for research in artificial intelligence, energy, biology, chemistry and other industries. NVIDIA gave examples of real scientific projects that will use the new technology. CUDA-Q is an open-source, quantum-classical accelerated supercomputing platform that is independent of specific QPUs.
Glossary
- NVIDIA is a leading GPU and artificial intelligence technology company.
- CUDA-Q is NVIDIA's platform for integrating quantum and classical computing.
- QPU (Quantum Processing Unit) is a quantum processor, the main component of a quantum computer.
- AIST (National Institute of Advanced Industrial Science and Technology) is a national institute of advanced industrial science and technology in Japan.
- JSC (Jülich Supercomputing Center) is a center for supercomputing technologies in Germany.
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Discussion of the topic – NVIDIA integrates quantum and supercomputers with the CUDA-Q platform
NVIDIA introduced the revolutionary CUDA-Q platform for integrating quantum computers with supercomputers, ushering in a new era in computing power.
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Иван
Quantum computing opens a new era in computing! 🚀 Combining NVIDIA's quantum and classical resources can accelerate progress in AI, energy and life sciences. It's amazing!
Анна
Really interesting news! I like that CUDA-Q is open source. This should contribute to the wider adoption and development of quantum computing. 👩💻
Марко
This sounds very futuristic and complex to me. Perhaps in a few years, quantum computers will become more understandable and accessible to ordinary users. 🤖
Юрген
Eh, all these newfangled things... 😒 In my time, computers were simpler and more reliable. Why complicate something that already works?
Софи
Jurgen, but progress does not stand still! 🌍 Quantum computing can give a huge boost to the development of science and technology. Imagine what problems we can solve with their help!
Пётр
I have heard that the use of quantum computers in chemistry and biology can help in the development of new drugs and materials. 💊 This is a very promising direction!
Мария
I'm impressed that NVIDIA Grace Hopper delivers 200 exaflops of AI processing power! 🤯 This will open new horizons for the development of artificial intelligence.
Анджело
Quantum computing is truly a revolution! 💥 But it seems to me that it is too early to talk about mass implementation. The technology is still too expensive and complex for widespread use.