UW-Madison: Named member of new $25M Midwest Quantum Science Institute

FOR IMMEDIATE RELEASE
7/21/20

CONTACT: Mark Saffman, [email protected]; Shimon Kolkowitz, [email protected]

READ ON THE WEB: https://news.wisc.edu/uw-madison-named-member-of-new-25-million-midwest-quantum-science-institute/

UW-MADISON NAMED MEMBER OF NEW $25 MILLION MIDWEST QUANTUM SCIENCE INSTITUTE

MADISON – As joint members of a Midwest quantum science collaboration, the University of Wisconsin-Madison, the University of Illinois at Urbana-Champaign and the University of Chicago have been named partners in a National Science Foundation Quantum Leap Challenge Institute, NSF announced Tuesday.

The five-year, $25 million NSF Quantum Leap Challenge Institute for Hybrid Quantum Architectures and Networks (HQAN) was one of three in this first round of NSF Quantum Leap funding and helps establish the region as a major hub of quantum science. HQAN’s principal investigator, Brian DeMarco, is a professor of physics at UIUC. UW-Madison professor of physics Mark Saffman and University of Chicago engineering professor Hannes Bernien are co-principal investigators.

“HQAN is very much a regional institute that will allow us to accelerate in directions in which we’ve already been headed and to start new collaborative projects between departments at UW-Madison as well as between us, the University of Illinois, and the University of Chicago.” says Saffman, who is also director of the Wisconsin Quantum Institute. “These flagship institutes are being established as part of the National Quantum Initiative Act that was funded by Congress, and it is a recognition of the strength of quantum information research at UW-Madison that we are among the first.”

Quantum computing uses the principles of quantum physics to develop computing power that even the most powerful conventional supercomputers cannot match. Quantum computers could, for example, solve complex logistics deployment problems or help to discover new life-saving medicines. Although quantum computers work differently than their classical counterparts, they can be made more powerful by connecting smaller modules in a hybrid network, analogously to how conventional computers are linked together via the internet.

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