Program Staffs
TAC-MI Program Director,Commitee Chairs
Takeo Yamaguchi
Research Field
Systematic material design: from hydrogen and fuel cell materials to water treatment and bio-inspired membranes
            Kei Goto
Research Field
Design and application of functionalized nano-sized organic molecules
            Susumu Saito
Research Field
Theoretical Condensed Matter Physics
            Masakazu Sekijima
Research Field
Machine Learning in Chemoinformatics and Materials Informatics
            Yusuke Shimoyama
Research Field
Prediction of solubilities of pharmaceutical compound using molecular information
            Masaki Azuma
Research Field
Search for new functional transition metal oxides and investigation of the mechanism
            TAC-MI Program staffs
Takaaki Manaka
Research Field
Organic Electronics, Organic Devices
            Kazushi Kinbara
Research Field
Development of water-soluble biofunctional materials
            Yuta Suzuki
Research Field
Educational Policy Research, Educational Practice Research
            Reiko Saito
Research Field
Development of novel organic-silica nanocomposites
            Fumiyasu Oba
Research Field
Understanding and design of semiconductors using first-principles calculations
            Masahiro Miyauchi
Research Field
photocatalyst, electrocatalyst, solar energy conversion, inorganic material
            Hiroya Nakao
Research Field
nonlinear dynamics, stochastic processes, nonlinear oscillations
            Takafumi Ueno
Research Field
bioinorganic chemistry, Artificial enzyme, biomaterial design
            Yoshinao Kobayashi
Research Field
Metallurgy for Metal Production Process and Nuclear Safety
            Hideyuki Matsumoto
Research Field
Process Systems, Chemical Reactor Engineering, Intelligent System
            Masatoshi Tamura
Research Field
English Literature
            Atsushi Ishikawa
Research Field
Theoretical chemistry, Computational chemistry, Catalytic chemistry
            Yoshitaka Tateyama
Research Field
Computational science of energy and environmental materials
            Takanori Fukushima
Research Field
Design and Synthesis of Functional Organic Molecules, Polymers, and Molecular Assemblies
            Yasunobu Ando
Research Field
Computational Materials Science、Surface and Interface Science、Materials Informatics
            Toshio Kamiya
Research Field
Design, fabrication, characterization, and devices of novel inorganic electronic materials
            Juhasz Gergely Miklos
Research Field
Computational Chemistry
            Atsushi Shishido
Research Field
Functional Polymer Materials
            Junko Morikawa
Research Field
Practice on Measurement of Thermo-physical Properties (Target: Soft Material, etc.)
            Takafumi Kanamori
Research Field
Statistical Theory and Algorithms for Machine Learning
            Miki Saijo
Research Field
Innovation, Knowledge management, Application of machine learning to social issues
            Masamichi Shimosaka
Research Field
ubiquitous computing and machine intelligence
            Mina Okochi
Research Field
Innovation, Knowledge management, Application of machine learning to social issues
            Masahiro Takinoue
Research Field
DNA nanotechnology, Artificial cell engineering, Biophysics
            Teruaki Hayakawa
Research Field
Research on the creation of organic and polymeric materials that support a smart society based on environmental energy-recycling
            Nobuaki Yasuo
Research Field
Computational drug discovery using molecular simulation and machine learning
            Kazuaki Kuwahata
Research Field
Understanding and application of nuclear quantum effects
            Ryoji Kanno
Research Field
Material Design for Energy Conversion Materials and Study on Energy Storage Device
            Hideo Hosono
Research Field
Inorganic Materials Science
            Keisuke Suzuki
Research Field
Organic Synthesis
            Taro Hitosugi
Research Field
Oxides, hydrides, thin films interfaces, AI/robot-driven materials research
            Takashi Miyake
Research Field
Condensed Matter Theory, Computational Materials Science, First-Principles Calculations
            

