Nvidia wants to mix up quantum and classical computing
Nvidia has declared a new system built for quantum research and development across AI, high-effectiveness computing (HPC), health care, finance, and other disciplines.
Dubbed Nvidia Quantum Optimized System Architecture, or QODA for quick, Nvidia says its new platform aims to make quantum computing a lot more available by making a coherent hybrid quantum-classical programming model.
Users doing the job on HPC and AI assignments will apparently be ready to use the platform to incorporate quantum computing to existing purposes, utilizing the two latest quantum processors, as properly as simulated long term quantum devices using NVIDIA DGX devices and the present-day installed base of NVIDIA GPUs offered in scientific supercomputing facilities and general public clouds.
How does the technologies function?
Nvidia’s cuQuantum SDK will let developers to simulate quantum circuits on GPUs, together with integration with quantum computing frameworks Cirq, Qiskit and Pennylane.
In phrases of certain options, QODA will reportedly involve a kernel-based mostly programming model for quantum computing advancement together with aid for mainstream programming languages like C++ and Python.
QODA is also established to involve a compiler that can accommodate quantum and classical computing-oriented guidance comingled in the very same source code.
“Scientific breakthroughs can arise in the near time period with hybrid remedies combining classical computing and quantum computing,” said Tim Costa, director of HPC and Quantum Computing Goods at NVIDIA.
“QODA will revolutionize quantum computing by providing developers a potent and productive programming design.”
It can be not just Nvidia that has its eyes on the lofty target of combining quantum and classical computing.
IBM just lately unveiled a paper laying out a possible approach identified as “entanglement forging”, which if successful, “could double” the dimensions of the offered quantum computations.
Nvidia’s sworn rival AMD could also have its eyes on the planet of quantum computing.
It lately introduced Europe’s most strong supercomputer, dubbed “Lumi”, stating its vast sources could be applied for investigate into quantum computing as very well as climate transform, medication, and artificial intelligence.
