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This report details Japan's operational neutral-atom quantum computer, highlighting a significant engineering milestone where room-temperature operation via laser-trapped atoms could simplify hardware deployment. The system currently focuses on stability for larger-scale tasks, aiming to eventually outperform supercomputers in solving specific social challenges. This development underscores the practical viability of neutral-atom architectures as a distinct path forward in quantum computing hardware.
Institute for Molecular Science leads Japan’s first neutral-atom quantum computer
Japan’s first neutral-atom quantum computer is in operation in Aichi Prefecture, central Japan. Developed by a group including the Institute for Molecular Science, the model uses lasers to trap neutral atoms and can reportedly operate at room temperatures, potentially enabling more practical applications.
Aichi Prefecture is now home to Japan’s first neutral-atom quantum computer, a development led by researchers at the Institute for Molecular Science.…
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