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900 labs · 74 student voices
Hirotugu Kojima, Professor
0 student voices
The Space Radio Engineering Lab (Research Institute for Sustainable Humanosphere, Kojima Lab) studies the electromagnetic environment of outer space and the space systems needed to use it as part of the humanosphere in which people live. The lab approaches this from both engineering and science perspectives. Its research fields range from space systems engineering, orbital dynamics, and space plasma physics to electronics and radio engineering. The lab is deeply involved in space missions in Japan and abroad, and carries out research with JAXA, NASA, ESA, and many collaborators.
Naoki Shinohara, Professor
0 student voices
The Microwave Energy Transmission Lab (Shinohara Lab, Research Institute for Sustainable Humanosphere) focuses mainly on research on space solar power stations. The lab also conducts research and development on wireless power transfer, which sends energy by microwave-band radio waves, and on applications of microwave heating.
Yusuke Ebihara, Professor
0 student voices
The Radio Science Simulation Lab (Ebihara Lab, Research Institute for Sustainable Humanosphere) studies disturbances that occur in the space around Earth, such as auroras, magnetic storms, and variations in the radiation belts. Using computer simulations, the lab investigates the flow of energy and matter from the Sun to Earth and the interactions between particles and electromagnetic waves. The lab aims to predict the effects on social infrastructure such as power grids and satellites, and thereby contribute to a safe and secure society and to the use of space.
Taketsune Nakamura, Program-Specific Professor
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The Advanced Electrical Machinery Engineering Lab was established in 2017 as an endowed chair of the Graduate School of Engineering, and studies advanced electrical machinery systems for realizing a low-carbon society. Returning to first principles for the electromagnetic phenomena in rotating reference frames, the lab works to establish a general way of describing energy conversion between electrical and mechanical forms. The lab considers a wide range of applications, including transportation equipment centered on electric vehicles, industrial equipment, and distributed power sources.
Shingo Yonezawa, Professor
0 student voices
The Extreme Electronic Functionality Lab (Yonezawa Lab) studies emergent phenomena that arise when many of the particles that make up matter come together, such as superconductivity, magnetism, terahertz oscillation, and field emission. The lab aims to discover and understand fundamental physical phenomena and their functionality, and to create innovative technologies based on them. Two subgroups, the Superconductivity Group and the Vacuum Electronics Group, carry out research and education in collaboration. In FY2026, the lab changed its name from the Integrated Functional Engineering Lab.
Masashi Shiraishi, Professor
0 student voices
The Solid-State Quantum Physics and Engineering Lab (Shiraishi Lab) studies quantum spintronics, which focuses on controlling spin angular momentum, one of the quantum properties of electrons. Drawing on modern physics such as quantum mechanics, solid-state physics, relativity, and topology, the lab conducts a wide range of research from fundamentals to applications. Its results have been published in many top-tier academic journals, and the lab leads this field worldwide.
Shigeki Takeuchi, Professor
0 student voices
The Photonic Quantum Information Engineering Lab (Takeuchi Lab) aims to pursue the mysterious properties of quantum systems and nurture the seeds of entirely new science and technology. Quanta such as photons and electrons behave completely differently from classical particles. If their quantum states can be fully controlled, quantum computers and quantum metrology that can reveal previously unobservable phenomena are expected to become possible. The lab conducts research on quantum information science using photons.
Tsunenobu Kimoto, Professor
0 student voices
The Semiconductor Physics and Engineering Lab (the Kimoto Lab) works on research that contributes to solving energy and environmental problems. It does so by introducing new materials, new structures, and original operating principles to break through the limits of existing semiconductors. All kinds of devices and systems are strongly required to deliver not merely higher performance but also lower power consumption and greater energy savings. The lab combines science and engineering and strives to carry out research at the forefront of the world.
Kei Kobayashi, Associate Professor
0 student voices
The Electronic Materials and Physical Properties Engineering Lab studies next-generation nanoelectronic devices, focusing on organic molecular materials that are expected to show new electronic and optical functions at the nanoscale. The lab develops original techniques for advancing molecular nanoelectronics, including advanced nanoprobe technology and technology for manipulating and controlling molecules at the nanoscale. Using the lab's own frequency-modulation atomic force microscope (FM-AFM), it is also extending its research to molecular-scale analysis of solid–liquid interfaces and bio- and nanomaterials.
Kazuhiko Sugiyama, Associate Professor
0 student voices
The Quantum Electromagnetics Engineering Lab studies ultra-precise measurement using the quantum states of atoms, and metamaterials, which are artificial atomic systems. The lab is trying to use laser light to realize an atomic clock that would drift by only one second over a span of time comparable to the lifetime of the universe. It explores new phenomena using metamaterials, which control electromagnetic waves with artificial structures, and demonstrates them with microwaves and terahertz waves. The lab approaches this through both experiment and theory.
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