Welcome to Quantum Computation and Quantum Simulation with Atomic array and Trapped Ions lab homepage. Our group was established in 2020, the laboratory is mainly engaged in quantum computing and simulation, quantum precision measurement technology and related theoretical research. In the direction of quantum computing and simulation, we will do some research based on Atomic array and trapped ion system. The main research focuses on quantum chemical simulation, namely molecular synthesis energy calculation, quantum many-body physics simulation, and topological quantum computing. At the same time, the laboratory is accelerating the development of two-dimensional ion chips, making technical preparations for the realization of large-scale quantum computing. In terms of quantum precision measurement, we use spin squeezing technology to develop an ultra-high sensitivity quantum-enhanced magnetometer based on a spin system to meet new quantum material calibration, biological neural signal sensing and ground Mine exploration and other applications. We will continue introducing our progress and some interesting results on this homepage. Your continued attention and visit are more than welcome.

Good news: we got a funding from National Natural Science Foundation of China, Quantum precision measurement and sensing, 2M RMB

Good news: we got a funding from Department of Science and Technology of Shanxi Province, Key Technology in large-scale quantum computation with trapped ions, 10M RMB