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Quantum States of Matter and New Quantum Effect
Research Direction: The research mainly focuses on the basic science and device applications in quantum states of matter. Expected to produce major breakthroughs in: basic theory, experimental technology and device applications in the directions of topology, superconductivity, magnetism and other quantum states of matter.
Person in Charge: Haizhou Lu
Chief Scientists: Maohai Xie, Zikang Tang
Key Core Equipment
Research Direction: The research mainly focuses on the independent research and development of equipment in quantum science research, including high-temperature superconducting thin film material preparation, neutron scattering and synchrotron radiation X-ray technology equipment, single-photon source, and ultra-cold quantum platform.
Person in Charge: Weihua Wang
Chief Scientist: Xiuliang Ma
Research Content: It is expected to make major breakthroughs in the study of practical high-temperature superconducting thin film materials and their high-frequency response mechanism, the independent research and development of neutron scattering and synchrotron radiation X-ray light source spectrometer, the research and development of high-performance single-photon source, and quantum experimental platform based on the ultra-cold atom and molecule technology.
Quantum Computing
Research Direction: The main research focuses on developing new hybrid qubits that combine the advantages of two or more physical systems simultaneously,and better longer coherence time, fast and precise quantum control, multi-bit coupling and scalability, etc. Additionally, it seeks to realize new quantum algorithms to pave the way for the universal quantum computing.
Person in Charge: Bei Zeng
Chief Scientists: Zeyu Au, Jianjun Zhang
Atomic, Molecular, and Optical Quantum Properties and Technologies
Research Direction:The research concentrates on studying a higher precision control of optical field in time, space and frequency domains,and developing reconfigurable, low-loss, high-coherence, high-speed linear and nonlinear optical field control technologies, and the combination with other material systems to realize the preparation of metamaterial devices with practical applications, the transition from phenomenological demonstration to active coherent control of quantum processes.
Person in Charge: Zidan Wang
Chief Scientists: Shiliang Zhu, Shuang Zhang
Quantum Precision Measurement and Quantum Sensing
Research Direction: With quantum precision measurement and quantum sensing as key core technology, parallel/progressive research will be carried on from processing and integration, measurement platform and method development, application expansion.
Person in Charge: Renbao Liu
Chief Scientists: Quan Li, Chaohong Lee
Functional Quantum Chips and Technologies
Research Direction: Focusing on the key physical issues and technical obstacles on optical quantum technology chips, we explore topological photonic integrated circuits, generate high-performance on-chip quantum dot light sources through multi-dimensional control, construct a series of integrated quantum devices, to realize functional optical quantum chips.
Person in Charge: Xuehua Wang
Chief Scientist: Siyuan Yu
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