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Watch a 56-minute physics colloquium lecture where Professor Daniel Loss from Universitat Basel explores the potential of semiconductor spin qubits in scalable quantum computation. Discover how classical transistor technology can be leveraged for quantum computing applications, with particular emphasis on Silicon and Germanium-based quantum dots for both electrons and holes. Learn about the advantages of hole spin qubits, including their ultrafast all-electrical control capabilities and sweet spots that help mitigate charge and nuclear spin noise. Gain insights into cutting-edge developments in hole spin physics across various platforms including Germanium and Silicon nanowires, Silicon FinFETs, and Germanium heterostructures, while understanding the current state of research in this rapidly evolving field.
