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together with practical approaches for their implementation. Our work is primarily theoretical and is supported by numerical simulations and close collaborations with experimental research groups both
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the recruitment and description of the project Applied Mathematics (AI, data-driven science, operations research, statistics, numerical analysis, and computational science, etc) [Work content and job
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supercomputing: one is to target high performance computation itself as a scientific objective, or namely, the "Science of Computing"; another is to apply the enormous computational power thus obtained
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the business Assisting with research on the evaluation of low-carbon technologies conducted by the research team, including numerical calculations and analysis, etc., using Excel. [Work content and
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engineering by integrating AI, data science, and high-performance computing with numerical simulation and the understanding of physical phenomena. With AI for Science and digital twin technologies as
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of controlling urban environments against these disasters, the research employes observation and numerical simulation methods to understand the processes leading to disasters at scales ranging from
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supercomputing: one is to target high performance computation itself as a scientific objective, or namely, the "Science of Computing"; another is to apply the enormous computational power thus obtained
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description of the project] * Background of the recruitment and description of the project The missions of the RIKEN Center for Quantum Computing (RQC) are to deepen our understanding of quantum
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change. In addition to numerical simulations using models based on fluid-dynamics, research employing mathematical, statistical or machine learning method, as well as experimental research using the
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theoretical approaches using numerical simulations. Additionally, research experiences in sensing or monitoring techniques that incorporate insights from related fields, such as seismology and data