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36 labs · 0 student voices
Faculties at The University of Osaka ›
Yasuko Matsubara
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The Hyper-Distributed Intelligent Learning Lab (Matsubara Lab) aims to create science and technology innovation through hyper-distributed, self-evolving AI. The lab envisions various terminals, equipment, and devices repeatedly working together and evolving themselves to capture complex natural and social phenomena from big data. It aims to develop advanced AI technology that analyzes, learns from, and predicts the captured phenomena in real time, and optimizes future social activities as a whole. In the Faculty of Engineering and the Graduate School of Information Science, it is also introduced under the name Sakurai-Matsubara Lab of the Intelligent Data Science Division.
Teppei Araki, Associate Professor
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The lab conducts end-to-end research spanning materials, devices, integration, AI systems, and real-world implementation. Its goal is to create sustainable electronics that connect people, things, and nature. It works on developing neuromorphic circuits that mimic nerves, and on creating flexible electronics through printing technology. The lab provides new methods for monitoring human biological information, infrastructure, and the condition of crops, and pursues its research with real-world implementation in mind.
Takafumi Uemura, Professor
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The lab conducts both basic and applied research toward the real-world implementation of flexible electronics and wearable sensors. Using organic semiconductor technology, it controls the physical properties of thin, light, bendable electronic devices and applies them to sensors. Organic semiconductor technology allows electronic devices to be made through coating and printing processes with a low environmental burden, and it is expected to contribute to a sustainable society. To make use of sensor data, the lab is also deepening its collaboration with information science.
Seiji Yamasaki, Associate Professor
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This lab, which studies bacterial coexistence, researches ways for both gut bacteria and pathogenic bacteria to live and coexist well with humans. The lab's website introduces the field of gut bacteria and gut flora as increasingly shown to be linked to improved immunity and anticancer effects in humans. Pathogenic bacteria, meanwhile, have drawn attention for their rapid acquisition of drug resistance in recent years, and the lab explains that this is also closely connected to gut flora. Associate Professor Seiji Yamasaki is an Associate Professor at the Institute for Advanced Co-Creation Studies, and also holds concurrent appointments at the Institute of Scientific and Industrial Research and the Graduate School of Pharmaceutical Sciences.
Kazuhiko Matsumoto, Project Professor
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The lab studies the construction of a basic system that links university basic research to new industries efficiently, quickly, and reliably. It also puts effort into collaboration and exchange with research institutions overseas, and is in charge of joint research and personnel exchange with the international research institute imec. The Matsumoto Group aims to build a biosensing system using graphene FETs to quickly detect the various viruses lurking in living spaces. The Kobayashi Group studies the creation and properties of silicon-based agents.
Yutaka Ie, Professor (Center Director, Concurrent)
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The Comprehensive Analysis Center is a shared facility of SANKEN (The Institute of Scientific and Industrial Research) for comprehensive compositional analysis and structural characterization of various materials spanning organic, polymer, inorganic, and metallic materials. Dedicated faculty and staff, divided into compositional analysis, spectroscopic analysis, electron microscopy, and state analysis groups, manage and operate the instruments, supporting the materials research of each lab through contract analysis and analytical advice. The center's Functional Molecular Analysis division is a cooperating division of the Graduate School of Pharmaceutical Sciences, Osaka University, and works on developing asymmetric catalysts and environmentally benign reactions. The research of the Project Associate Professor likewise builds on synthetic organic chemistry and heterocyclic chemistry, working on developing asymmetric catalysts and creating new reactions that use them.
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