High-quality silicon qubits pave the way for scalable quantum computing

Prof Rich Curry (right) and Dr Mason Adshead (left). Image: The University of Manchester

The pure silicon provides a pathway to the creation of one million qubits, which could be fabricated to the size of pinhead, enabling much faster data processing

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The tweaking of isotopes in molybdenum provided promising results that may help with the development of next-generation computing technologies (Image: ORNL)

Isotope tweaks alter the properties of semiconductor materials

Following the success of their investigations, the team plan to further investigate the isotope effect on spin properties for their application in spin electronics and quantum emissions.

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