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Faculties at Tokyo University of Science ›
Hajime Ishikawa
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The Ishikawa Lab is a solid-state chemistry lab that focuses on the electrons that determine the properties of solids, synthesizing new materials and studying their properties. Depending on the states of the many electrons in a solid, a material can become a magnet or a metal with zero electrical resistance. Targeting a wide range of solids, from ceramics, alloys, and halides to metal-organic frameworks (MOFs), the lab searches for new materials that can serve as magnetic, superconducting, and quantum materials. To explore electronic states, the lab actively uses large-scale facilities such as pulsed ultra-high magnetic field facilities.
Kosuke Fukui, Associate Professor
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The Fukui Lab aims to freely control germination in plant seeds. The lab searches for genetic factors that suppress germination and synthesizes compounds that induce it. It also studies substances that regulate plant growth. Its research field is bioorganic chemistry, covering plant hormones and chemical biology.
Masaaki Sadakiyo, Associate Professor
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The Sadakiyo Lab studies new functional materials using porous solids with tiny nanoscale pores (spaces), such as porous coordination polymers (PCPs) and metal-organic frameworks (MOFs). Its goal is materials that contribute to a next-generation energy and material-cycle society. The lab designs nanospaces inside solids and develops technologies to freely control the movement of substances, ions, and electrons. Specifically, it works on superionic conductors, materials that selectively adsorb and separate particular molecules, electrosynthesis catalysts, and more.
Shinichi Komaba, Professor
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The Komaba Lab studies materials for new batteries that can convert energy efficiently, in order to help solve environmental and energy problems. The lab aims to realize storage batteries with high energy, long life, and low environmental impact for portable devices and next-generation vehicles. In addition to improving the performance of lithium-ion secondary batteries and capacitors, the lab synthesizes battery materials and investigates charge-discharge reactions, with the goal of putting sodium-ion and potassium-ion secondary batteries into practical use. It also studies electrochemical sensors that selectively detect substances from electrical signals, and biofuel cells that use enzyme reactions to generate electricity.
Hidetaka Torigoe, Professor
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The Torigoe Lab studies life phenomena that arise when biomolecules such as proteins and DNA interact with other biomolecules, from the viewpoint of the chemistry of life. The lab prepares biomolecules itself, analyzes their higher-order structures by spectroscopic methods, and examines the properties of interactions between molecules using thermodynamic, kinetic, and electrochemical methods. It also investigates the functions of biomolecules using molecular biological and genetic methods. The lab is an interdisciplinary one that takes a broad range of approaches centered on physical chemistry, biochemistry, molecular biology, and genetics, and it is introduced as open to anyone, whichever of these fields they are interested in.
Shummin Nakayama, Lecturer
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The Nakayama Lab specializes in mathematical optimization and operations research. Lecturer Shummin Nakayama became a Lecturer in the Department of Applied Mathematics, Faculty of Science Division I, Tokyo University of Science in April 2025. At the undergraduate level, he teaches courses on optimization theory and operations research, and also supervises graduation research. His books include Manga de Wakaru Suri Saitekika (Mathematical Optimization Explained with Manga) and Hisenkei Saitekika-ho: Suriteki Kiso to Python ni yoru Jisso (Nonlinear Optimization Methods: Mathematical Foundations and Implementation in Python).
Hidetoshi Murakami
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The Murakami Lab studies statistics and nonparametric methods. Nonparametric methods are highly versatile statistical techniques that do not require assumptions about the population distribution. The lab also works on statistical process control, approximate distributions, and multivariate analysis. In 2008, Prof. Murakami started a statistics study group in which students, young researchers, and faculty members discuss statistics across the boundaries of universities and research fields.
Takuya Matsuzaki, Professor
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Matsuzaki Lab studies natural language processing and artificial intelligence. Its research field is intelligent informatics, and the listed areas are natural language processing, artificial intelligence, syntactic parsing, and semantic analysis. According to the researcher information, Professor Takuya Matsuzaki worked on research in natural language processing and artificial intelligence from 2007 to 2025. The researcher information lists awards that include a paper award and an annual meeting award from the Association for Natural Language Processing.
Masahiro Yanagida, Professor
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Yanagida Lab studies information theory and operator theory. Its research topics are the foundations of information entropy and its applications, and operator inequalities and their applications. Professor Masahiro Yanagida studied linear operators on Hilbert spaces and has since also taken up research on information entropy and its applications.
Hiroki Hashiguchi, Professor
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Hashiguchi Lab studies mathematical statistics. Within multivariate analysis of real and complex numbers, the lab focuses on the complex case, with communication technology and shape analysis in mind. The lab studies the distributions of random matrices from both theoretical and numerical computation approaches. The distribution theory of complex random matrices has applications in statistical shape analysis and wireless communication technology.
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