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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 Outline of Laboratory: Promoting science and technology related to "element transmutation" founded by 
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                of the project] * Background of the recruitment and description of the project Promoting science and technology related to "element transmutation" founded by Dr. Yoshio Nishina more than 80 years ago, RIKEN 
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                microorganisms, metabolic flux analysis, structural and physicochemical characterization of proteins, and theoretical analysis of metabolism and enzymes. Additionally, you will be involved in the laboratory 
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                for the analysis of biosignals and motion data, as well as for the automation and optimization of experimental processes (device fabrication and evaluation), in order to accelerate research and open up new 
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                advance research in mathematics (algebra, geometry, and analysis). The successful candidate will engage in the construction and deepening of mathematical theories that are foundational to various areas 
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                structural analysis of designed biomolecules. The successful candidate will primarily focus on membrane proteins and peptides, and will be involved in biomolecular design work, including computational protein 
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                biological phenomena depend on the unique cellular environment that cannot be fully captured by in vitro analysis, and direct observation under cellular conditions is essential to elucidate their true nature 
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                Data Assimilation, ESG Analysis, and Complex Network Theory for the Preservation of Global Commons” (Sub Project Leader: Tetsuo Hatsuda, Director of Division of Applied Mathematical Science) within 
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                nucleic acids, and characterize its physical properties through experiment and analysis. We also welcome individuals who are integrate numerical simulations with experimental data to design and guide