New Research Has Found That Defects in Calcium Oxide Can Be Used to Create New Types of Qubits With Little Noise

Researchers from UChicago Pritzker School of Molecular Engineering and Linköping University in Sweden collaborated to discover, through theoretical and computational approaches, how to utilize defects in simple calcium oxide to create a new type of qubit. The modeling approaches of the team showed that defects formed by embedding bismuth atoms in calcium oxide could theoretically encode data, producing qubits with low noise and relatively long coherence times.

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