Australian government supported-Pawsey Supercomputing Research Centre will be furthering its work in quantum computing through the power of NVIDIA CUDA Quantum Platform.
Leveraging the open-source CUDA Quantum platform’s ability to program hybrid systems containing CPU/GPU/QPU parts, the range of optimized libraries and tools within NVIDIA cuQuantum are combined with the NVIDIA Grace Hopper Superchips to accelerate the development of quantum computing via high-fidelity and scalable simulations with additional seamless integration into future quantum hardware infrastructure.
Officially disclosed information puts Pawsey’s commitment in the form of 8x GH200 Grace Hopper Superchips that combine Arm-based Grace GPU with H100 Tensor Core GPU in the same package connected with NVLink-C2C interconnects. This allowed up to 10x higher performance in applications using terabytes of data to achieve unparalleled power in tackling some of the most complex problems of the world.
Allowing local research teams as well as international personnel to address some of the biggest challenges of the technology like algorithm discovery and device design alongside error correction, calibration, and control, Pawsey Supercomputing Research Centre is confident that breakthroughs will be much easier with the suite of cutting edge technological backbone from Team Green.
A rough estimation of domestic market opportunity from quantum computing alone is projected to be $2.5 billion annually in revenue with 10,000 new job opportunities by 2040. Such figures are built on the assumption of quantum computing entering and empowering a wider range of scientific domains including astronomy, life sciences, medicine, finance, and more.
