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121 labs · 21 student voices
Other departments in Faculty of Engineering ›Faculties at Chiba University ›
Kazunuki Yamamoto, Associate Professor
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Yamamoto Lab is the lab of Associate Professor Yamamoto, who specializes in condensed matter physics and nanoscience. The Materials Science Course introduction also lists superconductivity and semiconductors as specialties. The Faculty of Engineering's faculty introduction gives the research fields as superconductivity and electrical conduction functional devices.
Hiroyuki Yoshida, Professor
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The Yoshida Lab studies the electronic states of organic semiconductors. Organic semiconductors are next-generation semiconductors that are flexible, lightweight, and low-cost to manufacture, and they are used in thin, high-performance displays and solar cells. Current control in transistors, light emission in light-emitting devices, and the conversion of light into electricity in solar cells are all driven by electrons. The lab investigates electronic states with world-leading experimental methods, including low-energy inverse photoelectron spectroscopy, which it developed itself.
Junichi Ryu, Associate Professor
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The Ryu Lab aims to solve global environmental and energy problems, mainly from the standpoint of applied chemistry and chemical engineering. Its research centers on developing chemical heat storage materials that make effective use of unused thermal energy such as industrial waste heat, and on developing energy carrier technologies for using new energy sources. The research is mainly experimental, and the lab has also begun to pioneer new research approaches that use methods such as machine learning. In lab seminars held once or twice a week, members report on their progress, present related papers, and read foreign-language books together.
Tetsuya Tsuda, Professor
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The Tsuda Lab conducts research based on liquid salts made up solely of ions (ionic liquids and molten salts), electrochemistry, and materials science. It works on developing energy materials, energy storage devices, resource recycling processes, and analytical technologies that can contribute to achieving the SDGs. To the three pillars of ionic liquids, electrochemistry, and materials science, the lab adds two keywords, low environmental impact and common elements, with the aim of creating materials and recycling technologies that support the future of humankind. The lab keeps its rules to the necessary minimum and strives to provide research supervision that respects each individual's autonomy.
Kaori Hirahara, Professor
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The Hirahara Lab works on exploring new functions that arise from low-dimensional nanomaterials and their higher-order structures. One-dimensional materials such as nanotubes and two-dimensional materials such as graphene are expected to show excellent functions depending on how they assemble, in addition to the unique properties that come from their structures themselves. To clarify the relationship between structure and properties, the lab first insists on seeing things directly. Inside electron microscopes and atomic force microscopes, it manipulates nanostructures and, while deforming or heating them, simultaneously measures mechanical properties, wetting, electrical conduction, thermal conduction, and more.
Katsuhiko Miyamoto, Professor
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The Miyamoto Lab researches cutting-edge laser technologies for photon science. Based on nonlinear photonics, the lab generates electromagnetic waves from the ultraviolet to the terahertz range, and uses them as a foundation to explore new properties of matter. Its research themes include nonlinear wavelength conversion, the generation of structured light in the terahertz range, and terahertz circular dichroism spectroscopic imaging. The lab also conducts joint research with the RIKEN Center for Advanced Photonics and the Terahertz Research Center at the National Institute of Information and Communications Technology.
Daisuke Miyagi, Professor
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The Electrical Energy Applications Lab studies the characteristic analysis and design methods of devices that use electrical energy. Electrical energy can be converted into other forms of energy, such as magnetic energy and mechanical energy, with high efficiency. Building on a practical understanding of electromagnetics and circuit theory, the lab works on next-generation DC-DC power conversion circuits, applications of superconductivity, and applications of nonlinear magnetism. Using both simulations based on electromagnetic field analysis and experiments, the lab advances the design and development of realistic devices.
Ken Morita, Professor
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The lab consists of two groups: the Quantum Optical Information Group and the Radio Physics Group. The Quantum Optical Information Group, as the joint lab of Morita and Kakue, re-examines the essence of light from both its particle nature and its wave nature, and explores technologies based on new principles. The Radio Physics Group uses radio waves to observationally study the behavior of the ionosphere and the atmosphere. In addition to its own observations using radio observation antennas placed in Japan and overseas, the group analyzes GPS and satellite data under international collaboration.
Yoshihiro Ishitani, Professor
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The Quantum Device Physics Lab studies the interaction between light and matter, aiming to create optical devices unlike any that exist today. The wavelengths it works with are wide-ranging, from THz waves with wavelengths reaching 100 micrometers to ultraviolet at around 200 nanometers, and the lab also targets nano- and microstructures. Using advanced equipment such as instruments that can measure optical properties at the nanometer scale and ultrashort pulse lasers, the lab investigates phenomena such as quantum interference. It also carries out theoretical calculations, seeking to understand physical phenomena from new perspectives.
Masatoshi Sakai, Professor
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The Electronic Device Engineering Lab conducts broad research on new electronics, based on semiconductor engineering and electronic properties of materials. The lab works with new semiconductors such as organic semiconductors, organic conductors, polymer materials, and oxide semiconductors, and investigates the physical phenomena and technologies that connect to the semiconductor industry and printed electronics. Its current focus is thin-film devices and device physics, 3D flexible devices and physical AI, and the development of measurement systems. The lab covers a wide range of topics, from basic science to the stage just before industrial application.
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