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703 labs · 51 student voices
Sumie Ishiguro, Associate Professor
0 student voices
The Biochemistry Lab studies the mechanisms by which plant organs such as flowers, pollen, seeds, and tubers are formed. Its goal is to understand developmental biology, which clarifies which genes build an organism's body, from a biochemical perspective. The lab investigates through what changes in the molecules that make up the body the activity of genes leads to the formation of shape. The phenomena it studies include flower buds opening, the surface structure of pollen forming, and nutrients accumulating in tubers and seeds.
Yuichi Fujita, Professor
0 student voices
The Genome Information Function Lab studies the molecular mechanisms that regulate metabolism in photosynthetic organisms. Using cyanobacteria, the lab studies chlorophyll biosynthesis and nitrogen fixation. Using Arabidopsis thaliana, the lab studies the circadian clock and cytokinin signaling. Once assigned to the lab, each student takes charge of one research theme and carries out experiments while learning from senior members how to use the laboratory equipment.
Chiharu Ueguchi, Associate Professor
0 student voices
The Plant Cell Function Lab studies the mechanisms that support plant growth and survival at the molecular, cellular, and tissue levels. The Ueguchi Group uses Arabidopsis thaliana to study the shoot apical meristem, which maintains stem cells while producing cells that become leaves and flower buds. The Takeda Group mainly uses rice to study, among other topics, how the function of the growing point is maintained under environmental stress.
Norihito Nakamichi, Professor
0 student voices
The Integrative Plant Physiology Lab studies the mechanisms of the plant circadian clock (internal clock) from a molecular science perspective. Plants adapt remarkably well to the cyclical environmental changes of the "day" and the "year" created by the Earth's rotation and revolution. The lab aims to understand and control the circadian clock mechanisms that are deeply involved in this adaptation. In recent years, it has become clear that mutations in clock-related genes alter flowering time and growth, and in this way contribute to regulating the cultivation period and growing regions of major cereal crops.
Ken Kitajima, Project Professor
0 student voices
The Animal Cell Function Lab studies the roles of glycans on the cell surface, focusing on animal cells. Glycans are substances involved in interactions between cells, such as cells coming together to form tissues and organs, and recognizing cells that come from outside. Using biochemistry and molecular cell biology, the lab investigates the roles glycans play in fertilization, early development, nervous system and brain function, and inflammation, as well as the diverse structures of sialic acid, which sits at the ends of glycans. On the lab's website, it is introduced as the Animal Cell Function Lab of the Institute for Glyco-core Research (iGCORE), Nagoya University.
Chris Bourne, Associate Professor
0 student voices
Associate Professor Chris Bourne studies operator algebra theory and noncommutative geometry, as well as their applications to physics and other fields. He is an Associate Professor at the Institute of Liberal Arts and Sciences, Nagoya University, and is involved in the mathematics part of the G30 Program as an Affiliated Faculty member of the Graduate School of Mathematics. He also serves as a Visiting Researcher at RIKEN iTHEMS. The Events page of his website lists records of talks and workshops on index theory and topological phases.
Serge Richard, Professor
0 student voices
Professor Serge Richard does research in mathematics at Nagoya University. He studies operators such as Schrödinger operators from the viewpoints of spectral theory and scattering theory. His list of publications also includes papers that investigate the spread of infectious diseases using mathematical models and data assimilation.
Eisuke Kita, Professor
0 student voices
The Center for Value Creation Education and Research is an affiliated facility of the Graduate School of Informatics, and operates through three divisions: research, human resource development, and collaboration. To create the informatics needed in a society where the real world and cyberspace are deeply integrated, and to create new value, the center carries out a wide range of activities from basic research to starting companies. In addition to research on natural language processing and manufacturing informatics, the center runs doctoral education through the Real-World Data Circulation Leaders Program and supports student startups. By inviting researchers from abroad, the center also brings internationally leading research activity in informatics into its work.
Junichi Nakai
0 student voices
The ADVICS Brake System Computational Science Chair is a collaborative research chair run jointly by industry and academia, by ADVICS Co., Ltd. and Nagoya University. It was established in April 2019, and at first conducted research on using the latest AI technology in the design and development of brakes. Since April 2021, it has been conducting research on industrial applications of explainable AI.
Hiroaki Takada, Professor
0 student voices
The Affiliated Center for Embedded Systems Research (NCES) is a center affiliated with the Graduate School of Informatics at Nagoya University, and conducts research and education on embedded systems technology through industry–academia collaboration. An embedded system is a computer system that is built into various devices and machines and controls them. Its activities fall into three areas: basic research aimed at practical use, prototype software development, and human resource development. Its research projects include consortium-type joint research in which companies, universities, and other organizations take part.
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