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Extended lifetime of magnons boosts quantum computing prospects

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Extended lifetime of magnons boosts quantum computing prospects
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The Gist

Researchers have extended magnon lifetimes nearly 100-fold to 18 microseconds, advancing their potential as quantum information carriers.

Scientists have increased the lifetime of magnons—tiny magnetic waves—from microseconds to 18 microseconds, nearly 100 times longer than before. This improvement removes fundamental physics as the limiting factor, pointing to material purity as the key barrier.

The breakthrough indicates that enhancing manufacturing techniques and material quality could make magnons practical for quantum computing. Magnons could enable compact quantum computers possibly as small as a penny, revolutionizing device size and scalability.

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