Our group was established in 2022, under the leadership of Researcher Fan Heng. We dedicated to theoretical and experimental research in superconducting quantum computing (SQC), as well as the development and application of cloud quantum computing platforms (CQCP). Our research objectives include increasing the number of qubits in superconducting quantum chips, establishing SQC control and measurement systems, and leveraging these systems to advance quantum computing, quantum simulation, CQCP, and quantum artificial intelligence. We strive to promote the transformation and industrialization of quantum computing-related technologies.
We place significant emphasis on simulating various quantum phenomena through quantum computing methods, including quantum many-body systems, quantum phase transitions, quantum dynamics, quantum chemistry and son on. We also focus on the implementation of diverse quantum algorithms, the interdisciplinary integration of quantum computing with artificial intelligence, the optimization of quantum logic gates, and the realization of quantum error correction codes.
Recently, our efforts have concentrated on two key areas:
① Theoretical and experimental researches in SQC;
② Advancing the development of CQCP and fostering the integration of quantum computing systems with supercomputing and intelligent computing systems.
