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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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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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implementing numerical analysis applications. The candidate is expected to lead international interdisciplinary research integrating science, engineering, and economics and to contribute to the education of
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and developing/improving the algorithm for estimating radiative fluxes and heating rates. The candidate will also conduct observational analysis to diagnose physical processes of cloud, precipitation
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electrocatalysts and cells for automobile hydrogen fuel cell applications” (Principal investigator: Prof. Dr. Kazunari Sasaki), focusing on nano-structural analysis of hydrogen fuel cell electrocatalysts using high
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comparative analysis with other cases of regional economic integration, such as USMCA, ASEAN/AEC, MERCOSUR, AfCFTA, GCC etc. The course should explain what regional integration involves and describe
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-scale processes using instrumental analysis to evaluate its quality. Improve the commercial-scale process to establish a more efficient and cost-effective process. * Assigned department Existing
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on landscape and residential environment design, disaster prevention planning, ecological and environmental analysis technologies for environmental coexistence, and corporate and regional management
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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