Zempo Yasunari

ゼンポヤスナリ | Zempo Yasunari

Affiliation and department：
Job title： Professor

Research field (2)： Mathematical physics and basic theory , Basic analysis

Research theme for competitive and other funds (3)：

2016 - 2019 Development of the electronic structure calculation using the particle method
2013 - 2016 Development of computational techniques for optical materials and its applications using time dependent density functional method
2006 - 2010 Theory and Molecular Dynamics Study of Mechanisms of Microwave Heating of Magnetic and Dielectric Materials

Papers (73)：

Q Wang and Y Zempo. Unified Time Evolution Approach for the Electronic Structure Calculation. Journal of Physics: Conference Series. 2022. 2207. 012037
N Akino and Y Zempo. Optical Properties of OLED Materials by TDDFT. Journal of Physics: Conference Series. 2022. 2207. 012039
Development of Electronic Structure Calculation Method Using Imaginary Time Evolution Method. Journal of Computer Chemistry, Japan. 2022. 20. 3. 126-128
Development of Electronic Structure Calculation using Imaginary Time Evolution. 2021. 36. 25-30
Y. Zempo, S.S. Kano. Maximum Entropy Method for Time-Series Data Obtained from Real-Time Evolution of Time Dependent Density Functional Theory. Russian Journal of Cybernetics (Успехи кибернетики). 2021. 2. 64-73

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MISC (33)：

遠越光輝, 加藤舞, 狩野覚, 善甫康成. 最大エントロピー法を用いた光学スペクトルの解析. 第76回全国大会講演論文集. 2014. 2014. 1. 207-208
石田雅也, 秋野喜彦, 善甫康成, 浦下真治, 新宮哲, 数納広哉, 西川憲明. 高効率有機発光材料の開発. 地球シミュレータ産業利用プログラム利用成果報告書. 2011. 21-31
石田雅也, 秋野喜彦, 石飛昌光, 栗田靖之, 善甫康成, 浦下真治, 新宮哲, 数納広哉, 西川憲明. 高効率有機発光材料の開発. 地球シミュレータ産業戦略利用プログラム利用成果報告書. 2010. 29-36
善甫康成, 齊藤隆之, 岡戸晴彦, 近野利信, 千田範夫. 自律プル型制御方式によるインターネットワイドなジョブスケジューリングの性能試験」. 先端計算科学研究プロジェクト成果報告. 2010
善甫康成, 秋野喜彦, 石田雅也, 石飛昌光, 栗田靖之, 新宮哲, 西川憲明. 高効率有機発光材料の開発. 地球シミュレータ産業利用プログラム成果報告書. 2009. 43-49

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Patents (21)：

電子状態計算方法、電子状態計算プログラム及び電子状態計算装置
導光板及びバックライト
Light guide plate body, light guide plate, backlight and liquid crystal display
導光板本体、導光板、バックライト、及び、液晶表示装置
Optical element using computer composit holograram, light guide plate, back light and liquid crystal display

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Books (7)：

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Lectures and oral presentations (42)：

Application of imaginary time evolution with time dependent density functional theory
(Conference of Computational Physics 2022 2022)
Optical analysis of organic materials and development of analysis technology --Real-time TDDFT time-series data analysis using maximum entropy method
(2021)
Development of Electronic Structure Calculation Technique using Imaginary Time Evolution
(2021)
Unified time evolution technique for the electronic Structure calculation
(Conference of Computational Physics 2021 2021)
Optical Properties of OLED Materials,by TDDFT
(Conference of Computational Physics 2021 2021)

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Education (1)：

Professional career (3)：

Work history (11)：

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Committee career (11)：

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Awards (2)：

Association Membership(s) (5)：

日本コンコンピュータ化学会 , Material Research Society , 日本応用数理学会 , American Physical Society , The Physical Society of Japan

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