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Superfluid Helium Breakthrough Could Make Quantum Computing 100 Times More Stable
Photo: Karsten Winegeart / Unsplash
Scientists have designed a new type of qubit using superfluid helium that shields delicate quantum information from electromagnetic interference. This innovative approach could dramatically reduce computing errors, offering a major boost to the development of next-generation quantum technology and memory systems.
Scientists have designed a new type of qubit using superfluid helium that shields delicate quantum information from electromagnetic interference. This innovative approach could dramatically reduce computing errors, offering a major boost to the development of next-generation quantum technology and memory systems.