High-fidelity quantum control schemes are central to reliable quantum computing. QCL researches precise qubit control methods, exploring new approaches to optimize quantum gate operations and state preparation.
Our research focuses on:
- **High-fidelity quantum gates**: Optimizing single-qubit and two-qubit gate architecture design and pulse waveforms to improve gate fidelity
- **State preparation and measurement**: Developing efficient quantum state initialization and high-fidelity readout schemes
- **Noise suppression & error mitigation**: Exploring dynamical decoupling, control-coupled error mitigation techniques to improve circuit fidelity
