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While it is still early days for AQT, Sidiqqi cited a project in which AQT researchers improved a classical-inspired, quantum algorithm by using their understanding of circuit noise. Much of the mission is to explore and develop approaches to make practical use of noisy intermediate scale quantum (NISQ) computers. Of the roughly 20 proposals submitted in fall of 2020, seven were eventually undertaken they spanned algorithms or simulations, circuit characterization or control control hardware and processor architectures. On average, said Siddiqi, there are 5-6 users onsite at LBNL’s AQT.

As a DOE-funder facility the underlying assumption is that the learnings gained will inform DOE mission applications. Papers are one form of deliverable but direct sharing of learnings with users and with other centers is also key. It has on-site wafer fabrication capabilities and is currently spending much of its effort on control systems and algorithm testing/development. AQT specializes in superconducting qubit technology. Meanwhile, the DOE testbeds are busily ramping up their activities. (Included at the end of the article is a brief description of the five centers along with a few comments on governance/collaboration from Siddiqi who is this year’s chair of the Directors’ Council, which coordinates activities among the national QIS research centers.) QED-C’s mission is “to enable and grow a robust commercial quantum-based industry and associated supply chain in the United States” and works closely with the National Institute of Standards and Technology ( NIST). The five national QIS research centers and the Quantum Economic Development Council ( QED-C) are emerging as dominant influencers. The bubbling U.S.-funded quantum organizational acronym stew (tough phrase I know) is still relatively unfamiliar. For example, some AQT researchers working on electronic controls systems for superconducting circuits are also QSA-funded researchers. Not surprisingly there is still close collaboration between AQT and QSA as both are headed by Siddiqi. AQT director Irfan Siddiqi (Credit: Berkeley Lab) On the other hand, the national QIS centers conduct internal research by their respective team members,” said LBNL’s Monica Hernandez. The testbeds are externally-facing and community-focused, i.e., making quantum processors (hardware and software) available to scientists, startups, and the broader community, especially those who do not produce their processors, for deep collaborative research. “Although there is overlap between the research done at the National QIS centers and the quantum computing testbeds, their missions have an essential distinction. Interestingly, the DOE testbed projects are somewhat apart (funding path) from the QIS research centers. The conversation during Siddiqi’s virtual fireside chat, along with a few colleagues from the AQT team, was wide-ranging covering quantum hardware technology, the need for better control systems, hybrid algorithm efforts, promising early projects, and the coming “quantum winter” – yes, he said, one is coming, the question is how severe. The other testbed is the Quantum Scientific Computing Open User Testbed ( QSCOUT) at Sandia, which is focused on trapped ions. He is also director of one of the new QIS research centers – the Quantum Systems Accelerator (QSA) with LBNL as the lead institution. Siddiqi is the director of the AQT which focuses on superconducting quantum circuits. AQT is one of two DOE quantum testbeds working with commercial and academic researchers and (broadly) with the new National Quantum Information Sciences (QIS) Research Centers, which were created under the National Quantum Initiative Act (NQIA, 2018). Last week, Irfan Siddiqi led a “fireside chat” with a few media and analysts to introduce the Department of Energy’s relatively new Advanced Quantum Testbed (AQT), which is based at Lawrence Berkeley National Laboratory. Thousand Oaks Fireside is a sister company of Encino Fireplace Store located in Encino with more than 4 decades of experience.Since 1987 - Covering the Fastest Computers in the World and the People Who Run Them

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