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Magnonic computing: Faster spin waves could make novel computing systems possible

Magnonic computing: Faster spin waves could make novel computing systems possible
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Faster Spin Waves May Enable Magnonic Computing Systems

Faster Spin Waves May Enable Magnonic Computing Systems
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Magnonic computing: Faster spin waves could make novel computing systems possible

Magnonic computing: Faster spin waves could make novel computing systems possible
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Faster Spin Waves May Enable Novel Magnonic Computing Systems

Faster Spin Waves May Enable Novel Magnonic Computing Systems
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Computer designs magnonic devices

Credit: © Chloe Kim, Time Illustration Studio The field of magnonics offers a new type of low-power information processing, in which magnons, the quanta of spin waves, carry and process data instead of electrons. The end goal of this field is to create magnonic circuits, which would be smaller and more energy-efficient than current electronic ones. Until recently, the development of a functional magnonic device could take years of trial-and-error. Researchers from the University of Vienna and the TU Kaiserslautern have developed a new computational method to design new devices in a considerably shorter time. Moreover, the efficiency added through this novel inverse design method helps overcome a traditional problem with such devices: they were just suitable for one function only. Now, thanks to the proposed new concept, a primary device could, in principle, be easily modified to perform any function.

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