In two papers published in Nature Communications in December, researchers from the University of Wisconsin–Madison, the University of New South Wales and TU-Delft showed that tweaking a qubit’s physical structure, known as a silicon quantum dot, creates sufficient valley splitting to reduce computing errors. The findings turn conventional wisdom on its head by showing that a less perfect silicon quantum dot can be beneficial.
The post UW Madison Researchers Develop ‘Wiggle Wells’ to Improve Accuracy of Quantum Computers appeared first on HPCwire.
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