Microscopic magnetic whirlpools can process data using ten thousand times less energy than silicon chips
Tiny magnetic whirlpools known as skyrmions can process information with unprecedented efficiency, using picowatts of power to bridge the gap between traditional silicon computing and future quantum technologies.
Skyrmions are swirling magnetic structures only tens of nanometers wide that act like incredibly stable particles. While traditional silicon chips consume milliwatts of power, these microscopic whirlpools operate using picowatts, making them ten thousand times more energy-efficient.
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