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610 labs · 149 student voices
Shinji Muraishi, Professor
1 student voices
The Kumai-Muraishi Lab conducts research with the goal of creating strong and gentle materials for social infrastructure. Centered on aluminum alloys, a representative social infrastructure material, the lab explores the relationships among manufacturing process, microstructure, and mechanical properties. The lab aims to solve problems facing practical materials and to find seeds for new basic research among them. Regardless of material type, the lab takes on new themes and is also advancing collaboration with other fields.
Yoshitaka Aoki, Professor
1 student voices
The Aoki Lab aims to synthesize energy carriers from water and air. To this end, the lab develops inorganic materials that generate interstitial hydrogen with fluctuating charge, along with electrochemical devices that use these materials. Through this work, the lab aims to contribute to decarbonization on a global scale.
Yumiko Nakajima, Professor
1 student voices
Nakajima Lab designs catalysts based on metal complexes and develops new reactions. Catalysts are a fundamental technology for making things, and developing a new catalytic reaction can sometimes lead directly to the development of a new material. The lab works on catalysts based on inexpensive base metals such as iron and cobalt, and on catalysts for the precise synthesis of compounds containing silicon and phosphorus. Through collaboration with the National Institute of Advanced Industrial Science and Technology (AIST) and companies, the lab also works toward the practical application of the catalysts it develops.
Toshiro Takao, Associate Professor
1 student voices
The Takao Lab studies organometallic chemistry, working with compounds in which a metal and carbon are directly bonded. The lab synthesizes "clusters," in which several metal atoms are assembled together, and investigates how their reactions work. In particular, polyhydride clusters bearing hydride ligands have been found to resist breakdown of their metal framework while maintaining high reactivity. A major challenge in this field is converting stable, hard-to-use substances such as nitrogen, carbon dioxide, and alkanes into useful substances.
Hideyuki Otsuka, Professor
1 student voices
The Otsuka Lab studies the design of functional polymers and the development of new materials using polymer reactions based on new ideas and concepts. "Polymer reactions," in which a polymer is used as the starting material and its bonds are rearranged, form a field whose academic development has lagged behind research on synthetic methods. By building dynamic covalent bonds that break and re-form into the polymer backbone, the lab makes it possible to change the shape and properties of polymers after polymerization. This has produced self-healing materials that repair damage on their own, and materials whose color or fluorescence changes when force is applied.
Matsumoto Hideyuki, Professor
1 student voices
The Matsumoto Lab is a process systems engineering lab that handles everything from molecular-level reactions to plant design. It places top priority on a deep understanding of the fundamental principles of chemical engineering, such as thermodynamics, molecular informatics, transport phenomena, and reaction engineering. It applies that foundation within a triple bottom line framework that contributes to three things: People, Planet, and Profit. The lab works on building sustainable green chemical processes, including nitrogen and carbon cycles, safe and reliable operation, and continuous-flow synthesis.
Kotaro Satoh, Professor
1 student voices
The Satoh Lab studies polymer synthesis, focusing on the development of new, unprecedented polymerization systems. Polymerization is a reaction that links small molecules together to make a polymer. In particular, the lab develops "precision polymerization," which produces polymers with well-controlled structures, using new approaches in organic reaction chemistry. It aims to extend these methods to plant-derived monomers and create highly functional, environmentally friendly polymer materials.
Toshiyuki Yokoi, Professor
1 student voices
The Yokoi Lab studies materials with nanoscale spaces, such as zeolites and mesoporous materials. Its goal is to freely control the structure of these spaces and give them function, creating "nanospace catalysts." The lab develops catalysts, and the processes that use them, that can convert the diverse carbon resources on Earth into useful chemicals. This contributes to using resources without waste and making chemical production processes greener.
Akira Ohtomo, Professor
1 student voices
Ohtomo Lab conducts research in crystal engineering, thin-film electronic materials, and solid-state physics, based on solid-state chemistry. The lab synthesizes new thin-film materials centered on metal oxides, investigates how crystals grow, and searches for new functions. The lab aims at innovative devices useful for the next-generation information society and for technologies that generate or save energy. To that end, the lab's goal is to build a new science of "device chemistry."
Takanori Fukushima, Professor
1 student voices
The Fukushima-Shoji Lab is pioneering an interdisciplinary field that bridges organic chemistry, polymer chemistry, supramolecular chemistry, coordination chemistry, and inorganic chemistry. The lab studies how to make molecules with a variety of properties and arrange them exactly as intended. The main players are π-electron molecules that absorb light, emit light, conduct electricity, or act as magnets. When molecules line up in order, small changes in each one are thought to spread to the whole assembly, giving rise to large-scale functions.
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