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63 labs · 0 student voices
Faculties at Kyushu University ›
Masaya Okada, Associate Professor
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The Behavior Informatics Lab studies the intelligent activities people carry out in the real world, especially how learning comes about. The lab broadly measures information about the human body and environment with sensors, and develops data science techniques for understanding behavior and knowledge. Using environmental learning in natural settings as its subject, the lab aims both to understand how human intelligence comes about and to realize mechanisms that let people behave intelligently. The lab is open to students of the Graduate School of Information Science and Electrical Engineering and the School of Interdisciplinary Science and Innovation, and recruits students widely.
Shogo Fukushima, Associate Professor
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The Hacking Reality Lab studies human interfaces and learning support systems using technologies such as VR and haptics. Its subjects include supporting language learning, extending the body through haptics, and optical systems that float images in midair. Kyushu University's researcher information states that the lab is run jointly with the Arakawa Lab and the Mine Lab.
Koji Okamura, Professor
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The Advanced Networking Lab (Prof. Koji Okamura) takes next-generation network technologies, cybersecurity, and energy-efficient network operation technologies as its research themes. The lab covers networks that connect computers to one another, from fundamental technologies to practical operation and international applications. Prof. Okamura has carried out research as a core member of the Kyushu GigaPOP Project (QGPOP), which was established in Fukuoka. In the graduate school, Prof. Okamura teaches courses such as Advanced Information Networks in the Graduate School of Information Science and Electrical Engineering, and in the undergraduate program, courses such as Information Networks in the Department of Electrical Engineering and Computer Science.
Takeshi Onodera, Associate Professor
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The Kansei Nano-Biosensor Lab researches the development of sensors that measure taste and smell, such as taste sensors and artificial olfactory systems. The lab also develops sensors that use antigen-antibody reactions to detect odorants such as explosives and fragrances with ultra-high sensitivity. It also works on developing biosensors for body fluids such as urine and saliva, and for low-molecular-weight compounds of plant origin. On the lab's website, it is introduced under the name "Onodera Lab."
Terumitsu Tanaka, Associate Professor
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The Integrated Magnetic Devices Lab researches new information devices that use magnetic materials, as well as technologies for recording information. The lab aims to realize devices that use spin waves, which are collective motions of electron spins, for information transmission and logic operations, and studies them through both theory and experiment. It also works on research into a new magnetic recording technology that uses microwaves, and on developing a high-speed simulator that calculates the motion of magnetic materials. On the lab's website, it is introduced under the name "Electronic Devices Lab."
Masaharu Shiratani, Professor
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The Plasma Engineering Lab focuses on plasma processes, a key technology in the solar cell industry, as well as dusty plasmas and their applications, and plasma anisotropic CVD. The lab works on developing thin films for solar cells, next-generation solar cell materials using nanoparticles, and insulating films for LSIs. It also studies the mechanisms by which fine particles (dust) form and grow inside experimental fusion reactors, and the use of plasma to promote plant growth.
Hiromi Yuasa, Professor
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The Spintronics Device Lab conducts research aimed at building devices with new functions that use the spin of electrons. Drawing on everything from knowledge of magnetism to the latest spintronic phenomena, the lab works on creating such devices. Its research is built on three pillars: creating spin-based information resources, spin thermoelectric phenomena, and artificial magnetic materials based on unusual magnetic coupling. On the lab's website, it is introduced under the name "Yuasa Lab."
Naho Itagaki, Professor
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The Electronic Materials Engineering Lab conducts research aimed at solving the power problem of the AI era with novel-principle devices that combine light and semiconductors. With the spread of generative AI and large-scale data processing, the power consumption of data centers is rising rapidly, and innovation in information-processing hardware itself is needed. The lab focuses on the exciton transistor, which aims to achieve E-O conversion, the conversion of electrical signals into optical signals, within a transistor structure. Toward the practical use of exciton transistors, the lab advances research and development at three levels: materials, processes, and devices.
Takeaki Yajima, Associate Professor
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The Constructive Electronics Lab studies how to extract useful technologies from biological neural circuits and apply them to next-generation information-processing hardware. The lab draws on the resilience and distributed nature that neural circuits have refined over a long course of evolution. The Yajima Group (materials, devices, and circuits) and the Kawakami Group (circuits, architecture, and computing principles) conduct their research in collaboration.
Satoshi Kawakami, Associate Professor
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The Computer Systems Architecture Lab aims to realize computers for AI applications using innovative devices such as photonic and superconducting devices. Unconstrained by conventional technology, the lab is also working on inventing computers that run on zero energy. The lab's research spans the layers of algorithms, architecture, circuits, and devices, and is carried out in collaboration with researchers inside and outside the university. The lab's website is published jointly with the group of Associate Professor Takeaki Yajima, under the name "Constructive Electronics Lab: Yajima-Kawakami Lab."
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