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the continuous development and deployment of flagship supercomputers. In this division, we will lead the development and deployment of the next-generation flagship system while also conducting research and
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imbalanced proton and neutron numbers. Our aim is to develop new experimental techniques utilizing fast radioactive isotope beams at RIBF, to discover new phenomena and properties in exotic nuclei
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Research Team ("DESRT") performs cutting-edge research and development on discrete-event simulations and their wide applications, especially, simulations of social phenomena using agent-based models, and
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mechanics/molecular mechanics (QM/MM) calculations are used to examine chemical reactions occurred in enzymes. Furthermore, we develop novel simulation algorithms and new models for biomolecules to overcome
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also lead the development of precise neutron imaging techniques at the world best precision by using particle tracking detectors. Keywords: Nuclear experiment, Hadron experiment, particle detectors
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.Development of Hydrogenolysis Catalysts for Refractory Resins Utilizing expertise in organic chemistry, inorganic chemistry, and polymer chemistry, the researcher will develop homogeneous or heterogeneous
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development. Specifically, by developing novel methods for detecting interactions between biomolecules and understanding the mechanisms that establish immune tolerance, we seek to propose a new concept in
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Commun, 2023) and zebrafish (bioRxiv, 2025). -We developed an unsupervised learning scheme (PredPCA) that extracts the most informative components for predicting future inputs (Nature Mach Intell, 2021
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of the project] * Background of the recruitment and description of the project We develop the organic/inorganic semiconductors and nanomaterials having unique electronic states. Especially fine synthesis
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, develop techniques for quantum control and measurement, build quantum computing hardware and software, and explore novel applications. We promote basic research on quantum information science and contribute