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- XIAN JIAOTONG LIVERPOOL UNIVERSITY (XJTLU)
- Great Bay University
- Westlake University
- Xi'an Jiaotong - Liverpool University
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- Beijing Academy of Quantum Information Sciences
- Chinese Academy of Sciences
- Chinese Institute for Brain Research
- Institute for Math & AI
- Institute of High Energy Physics of the Chinese Academy of Sciences
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- Shanghai Jiao Tong University
- Southern University of Science and Technology
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. About the Role The successful candidate will be expected to: • Carry out high-quality research in quantum neural networks, quantum information, quantum optics. • Participate in the development of theories
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conjecture, non-uniqueness constructions via convex integration, global attractors, the role of intermittency in turbulent flows. Professor Alexey Cheskidov’s Mathematical Fluid Dynamics page：https://its
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students. What we offer: Opportunities to work in an excellent research environment and collaborate with global leaders in post-quantum cryptography, and with top financial institutions and industry partners
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for Science and scientific computing. Research Description The postdoctoral researchers will work with Prof. Zhihong Xia and collaborators on AI-enabled methods for scientific and industrial computation
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Position Description PART 01 Introduction of the project group Relying on mathematics, quantum computing, computer, microelectronics and other disciplines, Center for Network and Information
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and Technology of China. The accepted postdocs will work on one or more of the following subjects or related subjects: quantum simulation of gauge theory, quantum observables in high energy colliders
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to apply. The positions are initially for two years, but can be renewed for up to six years depending on research performance. Some suggested research topics may include: (i) quantum metrology, (ii
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matter and astrophysics. Successful candidates can choose to work on one of the three experiments: JUNO, SNO+, TRIDENT. As the world-largest liquid scintillator detector, JUNO will pin down the neutrino
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candidate will work with Dr. Zidu Lin and his collaborators on 1) neutrino-dense matter reactions in compact stars: investigating the impact of microscopic neutrino reactions on the macroscopic evolution
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neural networks, and related areas. The previous research work has been partially supported by research grants from several countries, including EPSRC Programme grant "Symmetries and Correspondence