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Quantum computer chip crams more info into less volume – by vibrating
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2 Articles
2 Articles
Quantum computer chip crams more info into less volume – by vibrating
Quantum computing has always struggled to achieve the necessary division of labor between processing and memory. While different approaches for separate RAM exist, they typically require bulky electromagnetic resonators. Scientists have now developed a computing architecture that stores memory as vibrations, exponentially shrinking the required hardware.Continue ReadingCategory: Quantum Computing, ScienceTags: ETH Zurich, Memory, Qubit, Chips
·Melbourne, Australia
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Researchers at ETH Zurich have developed a quantum chip smaller than 1 centimeter, which stores information through tiny mechanical vibrations, replacing bulky electromagnetic memories.
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