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27 labs · 0 student voices
Other departments in School of Informatics ›Faculties at Nagoya University ›
Hedong Zhang, Professor
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The Zhang Lab studies tribological phenomena that occur on the surfaces of machines in relative motion, as well as wearable devices that measure health conditions. Using information technology and nanotechnology, the lab elucidates previously unknown phenomena and, based on that knowledge, works on developing novel materials and devices. Its goals are machines that use less energy and last longer, and next-generation healthcare in which anyone can monitor cardiovascular and respiratory function. The lab belongs to the Complex Systems Computation Division of the Department of Complex Systems Science, and pursues its research through both simulation and experiments.
Keigo Matsuda, Professor
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The Matsuda Lab studies the design of industrial processes and the utilization of new energy sources, with the aim of realizing a carbon-neutral society. The lab also covers the development and real-world implementation of the systems that support these processes, and deals with phenomena at a wide range of time and spatial scales through both modeling and experiments. In all of its research themes, the lab advances a systems approach that uses modeling, simulation, machine learning, and other methods. The lab belongs to the Chair of Complex Systems Computation in the Department of Complex Systems Science, Graduate School of Informatics, Nagoya University.
Yasuhiro Suzuki, Associate Professor
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The Yasuhiro Suzuki Lab studies topics such as the effects that tactile stimulation from low-frequency sound has on the body and mind. Past graduation research themes span a wide range of fields, including music analysis, statistical analysis of baseball, VR, and communication between plants. As a rule, students find their own research themes and carry them out on their own responsibility. The faculty members support them. As its educational mission, the lab sets out three goals: the ability to find problems, the ability to solve problems, and the ability to give presentations.
Yuxi Song, Assistant Professor
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The Song Lab develops new sensing methods that merge informatics and engineering, and works to elucidate phenomena at surfaces and interfaces. An interface is a place where substances meet and interact, such as the surface of a liquid or the junction between two solid materials. By combining computer vision, machine learning, optics, mechanical engineering, and more, the lab seeks to overcome the physical limits of conventional sensing methods. The lab focuses on nanoscale interfaces, dynamic fluid phenomena, and biological systems and chemical reactions.
Tomomi Uchiyama, Professor
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The Uchiyama Lab investigates the flow of water and the motion of bubbles and vortices using numerical simulation and experiments. The lab also works on developing micro water turbines with excellent passage of foreign matter for harnessing small hydropower, and on controlling bubble motion to collect and transport bubbles. On the lab's website, research themes are introduced according to how they approach flow, such as "understanding flow" and "reproducing flow."
Koji Koji, Associate Professor
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The Koji Lab integrates skills from physics, chemistry, and informatics to pursue interesting, challenging research that no one has done yet. By combining knowledge of quantum mechanics, theoretical chemistry, high-performance computing, and informatics, the lab takes on what it truly wants to do, even when it is difficult. Because machine learning and image processing are popular fields studied around the world, the lab conducts research that connects physics and chemistry with informatics. Rather than simple model fitting, the lab aims to learn phenomena more deeply based on correct theory.
Masahiro Nagao, Associate Professor
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The Nagao Lab aims to make the "resources" and "information" buried in cities visible, and to design societies and energy systems with a small environmental burden. The lab combines vehicle-mounted and airborne laser measurement (LiDAR), 3D city models, and survey and behavioral data in its research. It works on understanding unused biomass and material stock, analyzing behavior change, and optimizing energy and environmental systems. Associate Professor Masahiro Nagao serves in the Department of Urban Environmental Studies in the Graduate School of Environmental Studies and in the Department of Natural Informatics in the School of Informatics.
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