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QM Technologies Blog: Why Electrical Qubit Control Will Revolutionize Quantum Computing

The quantum computing landscape has long grappled with the challenge of efficiently manipulating qubit states. Traditionally, magnetic fields were utilized, but their speed fell short for practical large-scale quantum computing applications.

Learn more about the interesting research conducted by Diraq and UNSW Sydney, supported by Quantum Machines’ OPX+. Their innovative approach harnesses electrical fields for qubit manipulation, marking a significant advancement in the field.

Learn more about this breakthrough and its implications in this blog post.