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The U.S. quantum sector is shifting from theoretical research to tangible hardware manufacturing, anchored by a $2 billion partnership between IBM and the Department of Commerce to build a domestic wafer foundry. This strategic move, fueled by the CHIPS and Science Act, aims to secure a scalable supply chain for 300-millimeter quantum chips while simultaneously advancing qubit fidelity and algorithmic capabilities. Concurrently, new service platforms in the Middle East indicate a broadening of quantum accessibility beyond the initial U.S.-centric infrastructure boom.
Quantum Zeitgeist Weekly Digest
Welcome to this week’s quantum technology digest! We’re tracking the rapidly evolving landscape of quantum, bringing you the most impactful developments from the last seven days. This week’s selection showcases a particularly exciting surge in investment and infrastructure building within the United States, driven heavily by the CHIPS and Science Act.
Welcome to this week’s quantum technology digest! We’re tracking the rapidly evolving landscape of quantum, bringing you the most impactful developments from the last seven days. This week’s selection showcases a particularly exciting surge in investment and infrastructure building within the United States, driven heavily by the CHIPS and Science Act. Notably, a significant portion of the news centers around substantial funding awards – totaling well over half a billion dollars – to companies like Rigetti, D-Wave, Quantinuum, Diraq, and Atom Computing. These investments aren’t just about research; they’re about establishing a fully domestic quantum hardware manufacturing ecosystem, from wafer fabrication with IBM and GlobalFoundries, to processor development with Diraq and Atom Computing. Beyond the financial influx, we also see exciting progress in qubit fidelity from IQM and a novel algorithmic breakthrough…
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