NVIDIA will build the accelerated quantum computing research center

Nafidia She said she is building a research center based in Boston to provide advanced technologies to enhance quantum computing.

The accelerated quantum research center, NVIDIA, or NVAQC, will combine the leading quantum devices with highly intelligent computers, allowing what is known as the accelerated high computing. NVAQC will help solve the most challenging quantum computing problems, starting with the treatment of Qubit noise to converting experimental quantum processors into practical devices.

The construction of this new center seems to be a political symbolic. The Trump administration was hostile to the major companies that build anything abroad. By creating an important new center in the United States, NVIDIA can show that it creates American technology jobs is crucial for American competitiveness.

Permanent quantum computing innovations, including quantity, quantum and computer computing machines, will settle to NVAQC to advance progress through cooperation with researchers from leading universities, such as Harvard’s quantitative initiative in the field of technology (MIT) and the EQUS Systems Group at the Massachusetts Institute of Technology.

“The quantum computing will increase the superior computers of Amnesty International to address some of the most important problems of the world, from the discovery of drugs to the development of substances,” Nvidia, Founder and CEO of NVIDIA. “Working with the wider quantum research community for progress in hybrid computing, the Rightly and Rightly quantum research center is the place where hacking will be made to create useful and useful quantum computers.”

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Through NVAQC, commercial and academic partners will work with NVIDIA to use NVIDIA GB200 NVL72 systems on a rack scale, or powerful devices for quantum computing applications. This provides complex simulations of quantum systems and spreading controlling controls of low -definitions for the basic jamming of quantum error. NVIDIA GB200 NVL72 will also accelerate the adoption of artificial intelligence algorithms in quantum computing research.

To meet the challenges of merging GPU and QPU, NVAQC will employ the NVIDIA Cuda-S ™ quantum development platform, allowing researchers to develop new hybrid algorithms and applications.

HQI- A community of researchers dedicated to progress in science and engineering for quantum systems and their applications-with NVAQC to enhance their research on quantum computing techniques of the next generation.

“NVAQC is a very special addition to the unique ecosystems in the Boston region, including the leading universities groups in all words and startup companies,” Mikhail Lukin, a professor at Harvard University and co -director of HQI. “The rapid quantum and classic computing technologies that NVIDIA collects have the ability to enhance research in areas ranging from quantitative error correction to quantum computing systems applications, speeding up quantum computing research and withdrawing beneficial quantum computing closer to reality.”

Researchers from the EQUS group, a member of the Massachusetts Institute of Technology for Quanic Engineering – will be used as a research, education and participation center to support quantum engineering – NVAQC to develop technologies such as quantum error correction.

“The NVIDIA Right Research Center will provide NVIDIA researchers at the EQUS group with unprecedented access to the techniques and experiences needed to solve useful quantum computing challenges,” said William Oliver, professor of electrical engineering, computer science, physics, the leader of the EQUS group, and the director of the MIT Center for the Quantity Foundation, in a statement. “We expect the future to also include other members of the quantum engineering center at the Massachusetts Institute of Technology.

NVAQC is expected to start the operations later this year.