High-fidelity and robust quantum gate control for quantum-dot spin qubits
Electron spin qubits in silicon quantum dots (QDs) are a promising solid-state system for quantum computing. To achieve fault-tolerant quantum computation, constructing high-fidelity and robust quantum gates to meet the stringent requirements is an important issue. We aim to develop such technology to construct robust quantum gates with fault-tolerant gate fidelities for the QD spin-qubit system.
Industrial Applications:
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National Taiwan University
At present, the University consists of 16 colleges, 58 departments, 146 graduate institutes, as well as 34 Master's and PhD degree programs. NTU's programs cover a wide array of disciplines across science, arts, and the humanities, with up to 8,000 courses made available for selection each semester.
