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1,223 labs · 43 student voices
Takanobu Kisu, Professor
0 student voices
The Superconducting Science and Engineering Lab conducts research and development using superconducting technology to realize an advanced energy society compatible with the global environment. Superconducting wires can carry currents more than 100 times larger than conventional materials such as copper and aluminum, with losses that are practically negligible. Using advanced measurement and evaluation techniques, the lab investigates the properties of superconducting wires to improve their quality, and also takes part in national projects and joint research with private companies. On the lab's website, it is introduced under the name "Kisu Lab."
Yoshio Ebihara, Professor
0 student voices
The Mathematical Systems Lab studies the analysis and design of dynamical systems using mathematical engineering methods, centered on control theory and optimization theory. In recent years, the lab has been working to create foundational technologies that guarantee the reliability and stability of machine learning and deep learning algorithms and neural networks. The lab also actively pursues joint research with research institutions and companies in Japan, as well as with research institutions overseas. Through these efforts, the lab aims to train researchers and engineers who can work on the international stage.
Hiroshi Miyazaki, Professor
0 student voices
The Superconducting Engineering Lab works on developing generators and motors that use superconducting technology, in which electrical resistance drops to zero. Its goal is to build electric propulsion systems for aircraft that can replace jet engines. The research targets are electrically propelled flying vehicles, including both aircraft and flying cars.
Hisato Yabuta, Professor
0 student voices
The Inorganic Materials × Deep-UV Laser Process Lab studies new manufacturing processes for semiconductor devices using ultraviolet lasers, as well as new semiconductor and dielectric materials, mainly oxides. The lab develops processes that irradiate materials with pulses of excimer laser light, a powerful form of ultraviolet light, to change the properties of semiconductors and to form thin films. It also investigates the physical properties of inorganic materials used in devices, such as oxide semiconductors and dielectrics, and their application to devices. On the lab's website, it is introduced under the name "Yabuta Lab."
Takashi Yoshida, Professor
0 student voices
The Electromagnetic Energy Applications Lab focuses on developing advanced sensing systems that use electromagnetism. In medicine and biotechnology, the lab develops immunoassay devices for disease diagnosis using magnetic markers, and an imaging method using magnetic tracers injected into the body. The faculty's research topics also include motors, magnetic gears, superconducting wires and equipment that uses them, and superconducting rotating machines for aircraft. On the lab's website, the names "Yoshida Lab" and "Sasayama Lab" are also used.
Teruyoshi Sasayama, Associate Professor
0 student voices
The Advanced Magnetic Sensing Lab develops highly sensitive magnetic sensors that detect faint magnetic fields and studies their applications. A major advantage of magnetism is that it can detect signals inside a sample without contact and without destroying the sample. In medical and biological engineering, the lab is developing a magnetic imaging method for cancer using magnetic nanoparticles. In nondestructive testing, the lab is developing systems to inspect defects in steel used in social infrastructure.
Hiroshi Koide, Professor
0 student voices
The Information Systems Security Lab focuses on cybersecurity and conducts research to realize secure, high-performance information infrastructure. Its main research themes include MTD (Moving Target Defense), which makes attacks harder to succeed; threat tracing, which reproduces and analyzes attack behavior; and dynamic analysis of malware. Alongside theoretical study, the lab emphasizes implementation and evaluation, building knowledge and practical skills through study sessions, reading seminars, and team participation in CTF (Capture The Flag) competitions. On the lab's website, it is introduced under the name "Koide Lab."
Shogo Fukushima, Associate Professor
0 student voices
The Virtual Reality and Interaction Design Lab's research fields include human interfaces, learning support systems, and Kansei informatics. Its research themes include language learning support systems, haptic interfaces, behavior change, intelligence augmentation, affective interfaces, and augmented reality. The lab is run jointly with the Arakawa Lab and the Mine Lab.
Hiroaki Yoshioka, Associate Professor
0 student voices
The Circular Integrated Photonics Lab studies how to realize "Table-top Fabrication," in which anyone can print photonic devices with a desktop printer. Until now, optical chips have been made in huge factories using enormous amounts of electricity. The lab uses organic materials to make small devices that handle light, through inkjet-based self-assembly and nanoscratching. On the lab's website, the lab is introduced under the name "Yoshioka Lab."
Willy Wong, Professor
0 student voices
The Sensory Information Processing Lab studies, from theoretical and computational perspectives, how the sensory systems process information. Its research rests on two pillars: diagnosing hearing and vision problems using algorithms, machine learning, and AI, and the theory and models of the information carried by neurons. On its homepage, the lab presents as "known results" an inequality that holds for the responses of sensory neurons and a Bayesian method for determining multiple thresholds simultaneously. Assistant Professor Haruna Fujihira studies hidden hearing loss and auditory training, among other topics, through physiological measurements of hearing.
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