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such as quantum-classical hybrid algorithms for simulating quantum many-body systems. We also analyze quantum dynamics of quantum computing based on quantum information. For these purposes, we develop
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an objective, scientific approach based on prediction to the sustainable development of human society. [Keyword] Data Assimilation, Prediction, Machine Learning, Simulation, Statistical mathematics For further
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the research results obtained to society, we are trying to solve the environmental, energy and resource problems faced by humankind. The Nishina Center operates the RI Beam Factory (RIBF), the world's highest
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technology) and the software developed by RIKEN that contributes to science, technology, industry, and society (R-CCS software) as its “core competence in computational science driving science as a whole.” R
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transmute elements?" By returning the research results obtained to society, we are trying to solve the environmental, energy and resource problems faced by humankind. The Nishina Center operates the RI Beam
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combination of protein design and molecular simulation techniques. Our primary objective is to uncover the mechanisms governing biomolecular functions through experimental characterization of the designed
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Scientists or Postdoctoral Researchers who mathematically study collective social behaviors, leveraging approaches such as evolutionary game theory, network science, and agent-based simulations. We
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, 2025.) Computational Science and Quantum Computation Discrete Event Simulation Research Team , RIKEN Center for Computational Science (Team Leader: Nobuyasu Ito) Field Theory Research Team , RIKEN