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, and torque output.3.Conduct in-depth research into how material properties influence the electromagnetic, thermal, and mechanical performance of motors, and develop collaborative optimization models
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control protocols, and hybrid quantum-classical algorithms. o Modeling and benchmarking atomic qubit architectures. · Collaboration: Work closely with experimentalists to design and optimize protocols
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teams to integrate AI and machine learning techniques into lattice field theory frameworks. - Engage in large-scale numerical simulations, performance analysis, and optimization using state-of-the-art
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probability, stochastic modelling, scientific computing, mathematical optimization and control, numerical analysis, and relevant adjacent fields Appl Deadline: 2025/03/15 11:59PM (search canceled posted 2025
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with a diverse spectrum of courses. XJTLU is entering a new and exciting phase of its development as part of its strategic priorities for the next ten years. Adopting a new higher education model based
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with a diverse spectrum of courses. With a focus on innovative learning and teaching, and research, XJTLU draws on the strengths of its parent universities, and plays a pivotal role in facilitating
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research, XJTLU draws on the strengths of its parent universities, and plays a pivotal role in facilitating access to China for UK and other institutional partners. At same time, XJTLU is exploring future
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tracks) with strong research backgrounds are encouraged to apply. Ideally at least 5 years of research experience in cell/gene therapy with expertise in tumor immunology, iPSC-derived functional cells, CAR
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are encouraged to apply. At least 5 years of research experience in cell/gene therapy with expertise in tumor immunology, iPSC-derived functional cells, CAR-T/NK/TIL therapy, etc. Over 3 years of R&D, including
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are jointly run by the XJTLU Technology Transfer Centre Co., Ltd. (XTTC) Postdoctoral Work Station (based at XJTLU) and a cooperating Mobile Station (normally a Chinese state university). XTTC is a specialized