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An international scientific team led by the University of Vienna has made a significant breakthrough in quantum computing by extending the lifespan of magnetic magnon waves, allowing them to now persist for up to 18 microseconds, nearly 100 times longer than the previous record. This achievement marks a major step toward building ultra-small quantum computers the size of a coin, which rely on magnons for more efficient storage and transmission of information. The progress depends on techniques that include generating short-wavelength magnon waves and cooling materials to extremely low temperatures, reducing the impact of defects and prolonging wave lifespans. This advancement is expected to contribute to the future development of more powerful and efficient computers, with wide potential for integrating tiny components and creating practical quantum systems.
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