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of the recruitment and description of the project We conduct both fundamental and applied research aimed at achieving nonlinear breakthroughs in catalysis and polymer science, with the goal of enabling the effective
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, fundamental studies of isolated and open quantum systems, and quantum information theory with a focus on digital quantum simulators. * Assigned department Existing departments [Work location] * Address 162-8601
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multiple spatial scales, from the seas around Japan to the global scale, followed by numerical experiments to project future oceanic carbon uptake capacity. Scenario-based simulations will be performed
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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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of gas-phase atoms and molecules, as well as solid crystals, through laser-pump—electron-probe measurements. 3.Development of novel electron microscopes through numerical simulation-based device design
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National Institutes of Natural Sciences, National Institute for Fusion Science | Japan | about 1 month ago
' Holiday Additional comments (1) The information regarding the job offering may also be found on the NIFS website (https://www.nifs.ac.jp/en/about/recruit/ ). (2) The hard copy of Letters of recommendation
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] * Background of the recruitment and description of the project The Complex Fluids and Flows Unit carries research in fluid dynamics making use of direct numerical simulations. Highly motivated candidates
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on production, nuclear and chemical properties of superheavy elements F.Research on Astro-Glaciology using ice-core analysis with “RIKEN-LMS” or Simulation studies in Astro-Earth Sciences using Whole Atmosphere
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of the recruitment and description of the project] * Background of the recruitment and description of the project The Prediction Science Research Team performs research to integrate the Simulation Science (3rd science
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; identification of novel phases of matter through machine learning; and the development of new algorithms for the simulation of quantum matter. Applications from strong candidates with complementary interests