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Infleqtion Advances Scalable Quantum Computing With Faster, More Reliable Qubit Measurements
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Infleqtion Advances Scalable Quantum Computing With Faster, More Reliable Qubit Measurements
Infleqtion and University of Wisconsin–Madison researchers have achieved more reliable qubit measurements, enabling faster computation cycles and preserving fragile quantum states. This advancement addresses a central challenge in quantum computing, paving the way for scalable, industrial-scale neutral-atom quantum computers.
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