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Quantum News Briefs June 19: The first advanced quantum processing unit delivered by Pasqal to GENCI and CEA • D-Wave commissioned survey reveals high ROI expectations for quantum computing • “Pritzker taps IBM, Discover in bid for Federal quantum funds” • “DARPA receives $1 Million to create quantum laser using quantum entanglement” – Inside Quantum Technology

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In Other News: Bloomberg reported that “Pritzker taps IBM, Discover in bid for Federal quantum funds”

llinois Governor J.B. Pritzker has turned to a consortium that includes International Business Machines Corp. and Discover Financial Services to help win federal funds to develop quantum technology according to June 18 article by in Bloomberg.
The companies will work together with Boston Consulting Group and P33, a nonprofit started by the governor’s sister and former Secretary of Commerce Penny Pritzker, to develop quantum tools to fight financial fraud. The plan is part of a bid to win $70 million from President Joe Biden’s Tech Hubs program as part of the 2022 Chips and Science Act.
Winning the federal money is key to helping fund Quantum Shield, the fraud-detection project that’s part of Illinois Tech Hubs bid, said Brad Henderson, chief executive officer of P33. The effort is unique because it seeks to use quantum technology, instead of binary traditional computers, to solve a real-world problem.

In Other News: BGR reports “DARPA receives $1 Million to create quantum laser using quantum entanglement”

Researchers working with the U.S. Defense Advanced Research Projects Agency (DARPA) have been awarded a $1 million grant to create a prototype quantum laser unlike any ever seen according to  Joshua Hawkins in June 17 BGR.  The laser will use quantum entanglement to essentially “glue” light particles together, the researchers explain, allowing them to create a more highly concentrated laser.
Typically, lasers work by stimulating electrons in various atoms to oscillate in the same pattern. When this happens, the electrons move to a low-energy state and release coherent light, which has a uniform wavelength and phase. That is then bounced between mirrors inside the device to create the concentrated laser beam. A quantum laser, though, would essentially pull the light particles together instead, entangling them completely.
The laser is expected to play an important role in future military operations, including satellite communications, mapping and tracking systems like lidar, as well as for targeting technologies in other military tech.

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