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information theory and atomic experimental physics. Our lab focuses on developing scalable quantum processors using neutral atom arrays, with a strong emphasis on bridging theoretical innovation and
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projects. He has published over 70 peer-reviewed articles in international journals, holds 8 patents, and has contributed to the development of 7 National standards. Several of his research outcomes have
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promoting industry-university-research cooperation. It utilizes the high-quality international scientific research resources and environment of XJTLU and its partner universities, following a development
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of dynamics and thermodynamics shape and constrain the functions of biological systems? Secondly, how can we develop effective physical models that integrate the fast-growing data generated from biological
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than that in Beijing or Shanghai, yet it can be reached easily from Beijing (less than four hours) or Shanghai (less than two hours) via the high-speed train system. USTC Shanghai Institute for Advanced
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communications and collaborations. TDLI aims to become a world-leading research institute in Physics and Astronomy. Currently, the institute is developing frontier research programs in the fields of Quantum
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high level of personal motivation and team working skills is also crucial. Well-developed English language skills are required. Tsung-Dao Lee Institute (TDLI; http://tdli.sjtu.edu.cn/EN/ ) in Shanghai
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provide a platform for international scientific communications and collaborations. TDLI aims to become a world-leading research institute in Physics and Astronomy. Currently, the institute is developing
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. This role will involve the development of novel lattice QCD algorithms and high-performance computing (HPC) codes, and/or exploring applications of artificial intelligence (AI) to lattice simulations
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on five campuses in Guangzhou and Zhuhai. Benefiting from its location near Hong Kong and Macao and the regional advantage of opening and economic development, the university has become an important base