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36 labs · 6 student voices
Other departments in School of Engineering ›Faculties at Tohoku University ›
Masaki Kubo, Professor
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The Kubo Lab studies the phenomena that occur during materials manufacturing processes and the technologies to control them. Using materials made in the laboratory in society requires industrial-scale manufacturing, but enlarging the equipment can cause phenomena different from those seen in the lab. High temperatures and highly reactive substances make observation and measurement difficult, so the lab also uses computer simulation. Through optical observation and measurement together with numerical simulation, the lab aims to understand transport phenomena inside equipment and apply that understanding to the design and optimization of manufacturing processes.
Hirotomo Nishihara, Professor
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The Nishihara Lab studies carbon-based materials whose structures have been difficult both to control and to visualize. Using organic synthesis and chemical vapor deposition, the lab creates new materials by building them up from the atomic and molecular level. With advanced analytical techniques, the lab understands and controls chemical properties such as reactivity, corrosion resistance, and catalytic function from a molecular perspective. The materials the lab creates are being developed for applications in supercapacitors, secondary batteries, fuel cells, heat pumps, adsorbents, and healthcare, in collaboration with research institutions and companies in Japan and abroad.
Takaaki Tomai, Professor
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The Tomai Lab studies how to create materials and processes using supercritical fluids as reaction solvents. The solvent properties of a supercritical fluid change greatly with only a slight change in temperature and pressure. Taking advantage of this, the lab works on biomass conversion, chemical recycling, organic synthesis, and the synthesis of nanoparticles and catalysts. The lab also studies substance conversion by electrochemistry, aiming to create new scientific principles for a sustainable society.
Seiji Takahashi, Professor
0 student voices
The Takahashi Lab studies the metabolic mechanisms of living organisms and the manufacturing that applies them. The lab has continued its research with "enzymes, metabolism, and their applications" as a consistent set of keywords. It searches for enzymes in plants and microorganisms that carry out reactions not yet understood, and investigates how they work based on their three-dimensional structures. Based on the knowledge gained, the lab aims to design new strategies for metabolic engineering.
Tetsutaro Hattori, Professor
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The Hattori Lab studies molecular and ion recognition, material functions, and organic synthesis reactions. It creates organic crystalline materials that precisely distinguish and capture molecules and ions of very similar size and properties. It also develops boron-based functional materials aimed at organic EL, organic scintillators, boron neutron capture therapy, and organic solid electrolytes. In addition, it works on developing substitution reactions of aromatic compounds and alkenes based on new principles.
Nobuyuki Uozumi, Professor
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The Uozumi Lab studies, at the molecular and genetic levels, phenomena that occur in biological membranes. Biological membranes are regions of the cell that distinguish and select substances, and that produce and convert energy for the organism. The lab aims to understand the mechanisms of the ability to adapt to the environment, and of proliferation, growth, and differentiation. It will connect the knowledge gained to bioengineering and biotechnology that take the global environment into account.
Mitsuo Umetsu, Professor
0 student voices
The Umetsu Lab studies how to put proteins to use, drawing on the diversity of their structures and functions. Proteins are made up of clusters called domains, and in many cases a domain is the smallest unit that carries out a function. The lab treats the accumulated data on domains as a collection of parts and combines them like building blocks to design high-performance proteins specialized for a given purpose. Based on this approach, the lab works on designing proteins useful in medicine, the environment, and nanotechnology.
Hitoshi Kasai, Professor
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The Kasai Lab studies organic nanomaterials for efficiently delivering drug components to affected areas. Using its original fabrication method, the reprecipitation method, the lab makes extremely small nanoparticles from organic molecules. The lab creates new nanomedicines targeting cancer and eye diseases, carrying out everything from compound synthesis to experiments using cells and animals. The lab also works on producing high-value-added compounds from biomass.
Eijiro Miyako, Professor
0 student voices
The Miyako Lab engineers the functions of microorganisms and functional biomaterials to tackle intractable diseases such as cancer. The lab focuses on nanomaterials that respond to physical energy such as light and magnetic fields, and on bacteria that gather and function in the tumor environment. Spanning materials science, nanotechnology, microbiology, and biomedical engineering, the lab pursues research that links basic research to clinical application. In April 2026, the lab moved to Tohoku University and now works at the Institute of Multidisciplinary Research for Advanced Materials.
Masaki Ota, Associate Professor
0 student voices
The Solvent Element Technology Lab studies environmentally friendly solvents, focusing on supercritical and subcritical fluids of carbon dioxide and water. The lab regards these two substances as the most thermodynamically stable, abundant in everyday life, and capable of addressing global environmental problems at their root. The lab actually measures fundamental physical properties at high temperatures and pressures, while also advancing estimation from theory. It aims to return practical technologies using environmental solvents to society.
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