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864 labs · 38 student voices
Takuya Mabuchi, Associate Professor
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The Mabuchi Lab studies the structures formed by biomolecules and polymers, and the behavior of ions moving within them. Using molecular simulation, the lab uncovers phenomena in a tiny world that is difficult to observe experimentally. Based on these findings, the lab designs highly efficient, highly functional molecules from theory. Working with experimental groups, the lab aims at a wide range of applications, from building artificial cells and molecular systems to drug discovery.
Kimitoshi Yamazaki, Professor
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The Yamazaki-Bezerra Lab studies robots that perceive, move, and manipulate objects in real-world environments. Robots are increasingly working in places not originally built for them, such as homes, city streets, and disaster sites. The lab aims to develop robots that can handle flexible materials such as cloth and cables, objects that are hard to model, uncertainty, and changing environments. Rather than stopping at demonstrations, the lab places importance on building robot systems that actually work.
Masayuki Sato, Associate Professor
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The lab of Associate Professor Masayuki Sato belongs to the Division of High-Performance Computing, and studies computer systems and high-performance computing. The research keyword listed on researchmap is computer architecture. In the graduate school's list of labs, the keywords given for the high-performance computing lab are high-performance computing, system software, program acceleration techniques, and machine learning. In the graduate school, the lab corresponds to the Division of High-Performance Computing, one of the cooperating divisions of the Department of Computer and Mathematical Sciences.
Takayuki Okatani, Professor
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The Okatani-Hosoya-Tran Lab studies computer vision, which extracts meaning from images and video. Using deep learning, the lab works on object detection, image segmentation, camera localization, and related problems. The lab is also advancing table reading and disaster image analysis with multimodal AI, which processes language and images together. It also studies real-world applications, including inspection of industrial products, bridge inspection, and driving hazard prediction.
Masashi Konyo, Professor
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The Konyo-Takahashi Lab studies the connections among sensation, movement, and cognition from the perspective of embodied intelligence. The sense of touch is important for conveying a sense of presence and for understanding skills. The lab works on haptic display devices, tactile signal processing, interfaces for bodily experience, and tactile sensors for robots. By sharing touch and bodily sensations, the lab aims to convey the physical experience of being on the spot, even from far away.
Hiroyuki Takizawa, Professor
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The Takizawa-Kawai Lab conducts research aimed at creating next-generation supercomputing technologies. Research proceeds while examining the supercomputers actually in operation at the Cyberscience Center and the challenges they face. The core of the lab's work is system software technologies that bring out the performance of supercomputers, and the exploration of new ways to use them. The lab also works on automating the tasks of expert programmers with machine learning, and on operation linked with observational data.
Jun Ishimoto, Professor
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The Ishimoto-Oshima Lab studies multiphase flows, in which materials with different properties flow while mixed together. The lab aims to develop and systematize analysis methods that combine massively parallel distributed computing with advanced optical measurement. The lab carries out fundamental research aimed at creating multiphase flow systems directly tied to environmentally friendly energy, represented by high-density hydrogen, and the risk science that goes with them. By combining dynamic high-resolution image measurement with distributed computation, the lab aims to establish design methods for high-precision fluid machinery.
Yuji Hattori, Professor
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The Hattori Lab studies computational fluid dynamics, which uses computers to calculate flow phenomena. Flow phenomena appear at every scale, from living organisms to the Earth and the universe, as well as in engineering applications such as aerospace, the global environment, and next-generation energy industries. The lab develops new simulation techniques and studies their applications, analyzing complex flows, especially turbulence, with high accuracy. The lab also conducts fundamental research on vortex dynamics and on fluid dynamics using mathematics.
Yuji Hattori, Professor
0 student voices
The Hirota Lab conducts basic research in fluid dynamics, focusing on numerical simulation and theory of flows. Flows appear across a wide range of fields, from phenomena at the biological level to those on the scale of the Earth and the universe, and in engineering areas such as aerospace and next-generation energy. By combining mathematical analysis with large-scale computation, the lab searches for laws common to fluid systems and for methods that can be applied broadly. The lab's page is shared with Prof. Hattori's lab and is presented as the Computational Fluid Physics research area.
Kazunori Ohno, Professor
0 student voices
The Ohno Lab researches robots and AI for disaster response and infrastructure inspection, information-transmission technologies for humans and dogs, probabilistic robotics, and foundation models. Aiming at "understanding the real world with robots and implementing practical intelligence," the lab carries out research and development in disaster response, infrastructure inspection, and field robotics. Through autonomous mobility, environment recognition, multi-robot coordination, and integration with IoT and AI, the lab aims to make robots a force for solving social problems. On the lab's website, it appears under the name "Ohno-Kojima-Tsige / Okada Lab," and its field is described as "Tough Cyber-Physical AI."
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