物理や化学の様々な興味深い現象を、量子化学の観点から分子レベルで理解し、工学に役立てることを目標としています。To understand various interesting phenomena in physics and chemistry at the molecular level from the perspective of quantum chemistry and to utilize them in engineering.
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化学物理工学科 Applied Physics & Chemical Engineering
国立大学法人東京農工大学 TUAT Tokyo University of Agriculture & Technology
物理や化学の様々な興味深い現象を、量子化学の観点から分子レベルで理解し、工学に役立てることを目標としています。To understand various interesting phenomena in physics and chemistry at the molecular level from the perspective of quantum chemistry and to utilize them in engineering.
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Our department contributes to global science with researchers recognized among the top 2% worldwide, based on career-long citation impact. 本学科の研究者が、キャリア全体の引用インパクトに基づき、世界トップ2%として評価されています。
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大学院生:世界で誰も明らかにしていないテーマに挑むスケールの大きさがこの研究の魅力です。The big scale of challenging a theme that no one in the world has clarified is what makes this research exciting.(Grad. student)
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At Japan Institute of Energy, Society of Applied Physics, IEICE Society Conference, Soc. Chemical Engineers, Physical Society of Japan, etc.
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今後は、ナノ結晶のサイズ制御技術の開発を進め、環境に配慮した高性能光電子デバイスの実現を目指します。Future work will focus on developing size control techniques for nanocrystals to realize environmentally friendly, high-performance optoelectronic devices.
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講演題目:Catalysis of the future: Hybrid Catalysis, Artificial Intelligence, High Throughput experiments… and their combinations
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For designing frustrated magnetic materials, deepening our understanding of quantum magnetism and expanding the range of materials to explore. フラストレーテッド磁性体の新しい設計指針を示し、量子マグネティズムの理解を深めるとともに、新素材探索の幅を広げます。
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「高分子を含むコロイド分散液の乾燥速度論」Title: “Kinetics of Drying of Colloidal Dispersions Containing Polymers”
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Bisri Labは、ナノテクノロジーを駆使し、クリーンエネルギー生成と次世代コンピューティングという二つの世界的課題に挑戦しています。Bisri Lab continues to push the boundaries of nanotechnology, addressing two critical global challenges: clean energy production and next-generation computing.
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ワシントン州立大学 Prof. Yong Wang The Gene & Linda Voiland, School of Chemical Engineering and Bioengineering, Washington State University; Acting Director
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2024/2/17(月) 10:30TUMURBAATAR BOLOR-UYANGA 4号館336室:交流スペース Development of Multi-Phase Solid Formation Method for Improving Dissolution Performance of APl (Active Pharmaceutical Ingredient) Using Nucleation Enhancement
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