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927 labs · 0 student voices
Yuko Yano, Professor
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The stochastic processes research group is the Yano lab within the Sekine-Fukasawa-Yano Lab. On the lab's website, the Sekine-Fukasawa-Yano Lab is described as conducting research and education centered on mathematical finance and stochastic analysis. At the undergraduate level, the lab belongs to the Mathematical Science Course of the Department of Information and Computer Sciences in the School of Engineering Science, and at the graduate level, to the Division of Mathematical Science for Social Systems in the Department of Systems Innovation of the Graduate School of Engineering Science.
Kazunori Sakurama, Professor
0 student voices
The Control and Information Systems research group is a lab that conducts research under keywords such as cyber-physical systems, mobility systems, distributed control, and machine learning. Titles of members' bachelor's theses include formation control of drone swarms, vehicle dispatch and assignment in car sharing, person re-identification in camera networks, and grasping and transporting objects with multiple agents. The group belongs to the Systems Mathematics Chair, in the Division of Mathematical Science for Social Systems of the Department of Systems Innovation in the Graduate School of Engineering Science at the graduate level, and in the Intelligent Systems Course of the Department of Systems Science in the School of Engineering Science at the undergraduate level.
Masahiro Inuiguchi, Professor
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The Inuiguchi Lab aims to develop intelligent decision support technologies that incorporate information science and intelligent engineering, along with methods for systems planning. The lab studies fundamental theories such as decision theory, mathematical programming, fuzzy set theory, and game theory. Based on these theories, it develops and applies new decision-making methods, optimization techniques, and data analysis methods. On the lab's website, it is introduced under the name "Inuiguchi Lab."
Takato Mitsudome, Associate Professor
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The Green Chemical Engineering Group studies the development of catalysts that use iron, an element abundant on Earth. At a time when resource imbalances and supply constraints are increasingly conspicuous, the group proposes "resource-autonomous catalysis science" as a way to break free of dependence on scarce resources, and is building its scientific foundations and conducting demonstration research. Because conventional iron catalysts have had problems such as poor stability in air, the group incorporates new material design principles that control metal bonding and electronic states. The lab's website is shared with the Mizugaki Lab, under the site name "Catalyst Design Group (Mizugaki Lab)."
Fujio Wakaya, Associate Professor
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The Extreme Electronics Lab studies vacuum nanoelectronics, which investigates electron emission, and nanoscale measurement using magnetic force microscopy. The lab works on the electron emission properties of graphene and high-temperature superconductors, and on developing compact X-ray and neutron sources that use pyroelectric crystals irradiated with laser light. It also works on measuring the resistance of narrow regions of semiconductors using magnetic force microscopy. On the lab's website, it is introduced under the name "Wakaya Group," as a lab of the Center for Extreme Science, affiliated with the Graduate School of Engineering Science.
Tomonori Tsukiya, Visiting Professor
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The Biomedical Engineering Lab's research areas are medical devices, artificial organs (cardiovascular), biomeasurement, physiological monitoring, and biomaterials. The lab belongs to the Bioengineering area of the Department of Mechanical Science and Bioengineering, Graduate School of Engineering Science, The University of Osaka, and is run by a visiting professor. The Bioengineering area aims to analyze and understand the structure and function of living organisms at various scales, and to apply the findings to fields such as medicine and engineering for practical use.
Akihiko Ishijima, Professor
0 student voices
The lab observes, manipulates, and measures biological phenomena at the single-molecule level in aqueous solution, keeping their function intact as much as possible. The lab works on elucidating the rotation mechanism of the bacterial flagellar motor, the signal transduction mechanism of the bacterial chemotaxis system, and the working mechanism of actomyosin. The lab's microscope systems are customized, and building the instruments is part of the research. On the lab's website, it is presented under the name "Ishijima Lab."
Mototaka Suzuki, Professor
0 student voices
The Brain Engineering Lab works to elucidate the basic operating principles of brain neural circuits, centered on dendrites. The lab states that the operating principles of the brain are still unknown and are fundamentally different from those of current artificial intelligence. In 2020, the lab found that general anesthesia blocks information transmission via the dendrites of layer 5 pyramidal neurons in the cerebral cortex, and the paper was published in Cell. The lab welcomes students who readily adopt novel ideas and new technologies and take on difficult problems of the brain.
Shinji Nishimoto, Professor
0 student voices
The lab studies the neural basis of the complex and diverse brain functions that support daily life. It builds predictive models that explain brain activity recorded with fMRI and electrophysiological recordings, aiming to quantitatively understand information processing and information representation in the brain. As applications of these predictive models, the lab also aims to develop the mathematical foundations for brain decoding and for communication methods built on it. The lab belongs to the Division of Brain and Neural Engineering. It operates as part of the Graduate School of Frontier Biosciences and as the Nishimoto Group at the National Institute of Information and Communications Technology (NICT), and members from diverse backgrounds work together on its research.
Fumiyo Ikeda, Professor
0 student voices
The lab focuses on ubiquitin, a molecule that carries out post-translational modification. Ubiquitin is involved in every kind of biological effect, and when the ubiquitin system breaks down, it can trigger diseases such as cancer, autoimmune diseases, and neurodegenerative diseases. By understanding the fundamental principles of the ubiquitin system, the lab aims to approach the mechanisms by which many diseases arise. In particular, the lab focuses on linear ubiquitin chains generated by LUBAC.
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