Google Willow Cuts Magic-State Errors 40-Fold, Reaches 99.99% Fidelity
6 Articles
6 Articles
Google surpasses the bottleneck of quantum calculation: on Willow processor errors collapse to 99.99%. The new technique of "cultivation" cuts the billionaire hardware costs. The article The quantum breakthrough of Google: here's how the algorithm that "cultivates" data and makes quantum computers reliable comes from Economic Scenarios.
Google's Willow chip reduced the error rate by 40 times and generated T-states with 99.99% accuracy. The controversy surrounding the 6.9 million Bitcoins with publicly available keys and the Q-Day debate has been reignited.
Google Touts 'Magic' Quantum Breakthrough as Bitcoin Q-Day Threat Looms
Google has announced a major quantum computing breakthrough, demonstrating a technique that reduces errors by a factor of 40 and could help make powerful quantum computers more practical. The advance comes as researchers increasingly warn that future quantum machines could undermine the cryptography securing bitcoin and other digital assets. Google’s Latest Quantum Breakthrough Google Quantum […]
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