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progress, please visit: https://www.cqm2itp.com/ Research fields (1) Quantum many-body theories and numerical methods, particularly tensor network-based algorithms for studying ground states, finite
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research in Statistics and the application of statistical methods to solve real-world problems in medicine and public health. The research will specifically involve developing innovative analytical methods
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, focusing on both methodological research in Statistics and the application of statistical methods to solve real-world problems in medicine and public health. The research will specifically involve developing
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following: (a). Analytical methods, e.g. mean-field theory, quantum many-body theory, field-theoretical approaches. (b). Numerical many-body methods, such as exact diagonalization (ED), quantum Monte Carlo
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. The successful candidate will work under the supervision of Professors Yi-Juan Hu and Xiang Zhan at BICMR, focusing on both methodological research in Statistics and the application of statistical methods to solve
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be provided as well. Position Overview: - Conduct research to advance lattice QCD methods, with an emphasis on algorithm optimization and HPC code development. - Collaborate with interdisciplinary
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). They should employ rigorous research methods, either quantitative or qualitative, to address important theoretical questions in the field. Applicants must have the ability to communicate fluently both in