Control systems and software toolchains bridge the gap between quantum algorithms and quantum hardware. QCL develops control systems and supporting software platforms for superconducting quantum processors, tightly integrated with high-performance computing (HPC) infrastructure.
Our research focuses on:
FPGA real-time feedback control: Developing low-latency FPGA-based real-time feedback systems for fast decision-making in quantum error correction and beyond
AI-assisted quantum circuit compilation: Leveraging machine learning to optimize circuit compilation and mapping strategies, improving execution efficiency on superconducting architectures
HPC-integrated quantum control system: Deep integration of quantum control systems with HPC clusters, leveraging HPC resources to accelerate quantum circuit simulation, calibration data processing, and control parameter optimization, enabling hybrid classical-quantum computing workflows
