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282 labs · 26 student voices
Faculties at Kyoto University ›
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.
DE-ZOYSA Menaka, Professor
0 student voices
The Nanoprocess Engineering Lab (De-Zoysa Lab) develops optical nanodevices that make full use of nanoprocess technologies for semiconductor and metal materials. Technology that controls the structure of matter with nanometer precision underpins every industry, including manufacturing, medicine, and energy. The lab explores physical phenomena specific to photonic nanostructures, aiming to create new functions that conventional optical devices could not achieve.
Yugo Murawaki, Associate Professor
0 student voices
The Language Media Lab studies technologies for processing language with computers and their applications. Language is a vital element supporting human intelligence, one of the most important media for communication, and also a medium that conveys knowledge across time. The lab has released many language resources, including a Japanese parser and case frames. Recently, it has been working on understanding how large language models work, as well as on machine translation and language acquisition.
Hiroshi Harada, Professor
0 student voices
The Digital Communications Lab (Harada Lab) studies next-generation wireless communication systems (Beyond 5G/6G mobile communication systems). It researches and develops the elemental technologies for realizing sixth-generation systems with even greater broadband capacity and ultra-efficient use of frequencies. Beyond theoretical research, the lab also carries out implementation and field experiments, aiming to produce advanced, practical results that contribute to society.
Kazunori Hayashi, Professor
0 student voices
The Transmission Media Lab (Hayashi Lab) is a lab in the Communication and Information Systems Course at the Graduate School of Informatics, which started when Prof. Hayashi joined as Professor in April 2026. The lab's research centers on signal processing for communication and sensing.
Eiji Oki, Professor
0 student voices
The Intelligent Communication Networks Lab (Oki Lab) researches and develops information and communication networks that combine high speed, reliability, and flexibility. With advances in IoT and big data technologies, every device around us is connected to networks, and diverse services are provided through processing in the cloud and on edge servers. The lab works broadly, from theory to implementation, on technologies for the advanced design and control of the network and computing resources that support these services.
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