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190 labs · 41 student voices
Faculties at Nagoya University ›
Yasumasa Ito, Professor
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The Transport Phenomena Lab studies “transport phenomena,” in which momentum, energy, heat, and mass are carried within fluids. Its aim is to understand the various transport phenomena in nature and industry from the fundamentals, and to improve the efficiency of fluid machinery. The subjects extend beyond mechanical engineering to biomedical engineering, chemical engineering, fundamental physics, and atmospheric science. The lab tries to use English as much as possible for communication within the lab.
Tomoaki Yamada, Professor
0 student voices
The Yamada Lab studies inorganic materials useful for energy conversion and energy saving. The lab fabricates materials as thin films and nanoscale structures, and examines and calculates them at the atomic and nano scales. From this work, the lab investigates how functions arise, with the aim of creating materials and devices with new functions. The lab is run jointly by the Thin Film and Nanostructure Group and the Surface Group.
Junji Yuhara, Associate Professor
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The lab studies new materials for developing energy-saving devices. In ultrahigh vacuum, the lab deposits other atoms onto a crystal surface to form films about one atomic layer thick, and examines their properties at the atomic level. On surfaces and in such films, atoms have unsatisfied bonds, so properties not found in ordinary solids (bulk) may appear. The lab focuses in particular on post-graphene materials, which are considered strong candidates for new nanomaterials.
Jun Onoe, Professor
0 student voices
Building on physics, chemistry, and engineering, the Onoe Lab studies materials that help solve environmental and energy problems. The lab works with molecular functional materials such as fullerenes and metal complexes, and with nanospace materials such as metal-organic frameworks. The lab works on environmental applications such as carbon dioxide fixation, treatment of high-level radioactive liquid waste, and recycling of rare metals, as well as energy harvesting with organic solar cells and organic thermoelectric devices. The lab pursues both fundamental and applied research, through both experiments and theory.
Masato Kuwahara, Professor
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The Energy Quantum Materials Science Lab (Kuwahara Lab) aims to reveal the dynamic nature of local states in energy materials such as plasmonic materials, optical semiconductors, and artificial photosynthesis materials. Using a time-resolved electron microscope built around the lab's own pulsed electron source, the lab is advancing local structure analysis at the nanometer scale. The lab aims to capture energy relaxation processes, structural phase transitions, and changes in chemical bonding states that occur in materials and devices under actual operating conditions, over a wide range of time scales from sub-picoseconds to several seconds. The lab's website introduces it under the name "Kuwahara Lab."
Shunsuke Kurosawa, Professor
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The Quantum Beam Imaging Engineering Lab studies radiation detection devices and the scintillators used as their materials. Its current focus is developing a detector that confirms during treatment whether the particle beam is hitting the treatment site in particle beam therapy for cancer. The lab is building a scintillation fiber detector that captures the secondary protons generated during carbon-ion therapy. It is also developing scintillators to be mounted on the detector and carrying out evaluation through simulation. Project Assistant Professor Akihiro Yamaji is searching for scintillator crystals that emit near-infrared light, which is easy to read out through optical fibers, so that radiation can be measured even under high temperatures and intense radiation.
Michihiro Shibata, Professor
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The Applied Nuclear Physics Lab measures the radiation emitted when unstable nuclei decay, and studies their properties. Of the more than 6,000 nuclides thought to exist, fewer than 300 are stable; most are unstable nuclei that decay. The lab measures radiation from unstable nuclei produced artificially with accelerators and nuclear reactors, in order to search for unknown nuclei and to reveal the characteristics of their decay. It also develops new detectors and analysis methods for this purpose.
Yoshiyuki Tsuji, Professor
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The Energy Thermofluids Engineering Lab studies heat and flow technologies for using energy efficiently and safely. The flow around Shinkansen trains and aircraft, the air blowing out of an air conditioner, and tap water running through a pipe are all turbulent flows. The lab investigates how turbulence works through wind tunnel experiments, flow visualization and measurement methods, and numerical experiments on supercomputers. The lab also studies heat and flow in a variety of fluids, including liquid metals and viscoelastic fluids.
Kiyomasa Watanabe, Visiting Professor
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The Watanabe Lab studies the plasma at the center of a fusion power reactor (core plasma), with the aim of realizing fusion power generation reactors. The lab conducts its research using the supercomputer and the Large Helical Device (LHD) at the National Institute for Fusion Science (Toki, Gifu Prefecture). The lab combines three approaches: analysis of experimental data, simulation, and the design and construction of measurement instruments. Research supervision is carried out jointly with researchers at the National Institute for Fusion Science.
Takaaki Fujita, Professor
0 student voices
The Fujita Lab conducts research and education on plasma, with the aim of putting fusion energy to practical use. The lab works on experiments using the toroidal plasma experimental device SOLEIL and the linear plasma experimental device NUMBER, as well as numerical calculations of fusion reactors using tools such as the integrated transport code TOTAL. The lab collaborates with multiple research institutions, including analysis of JT-60 experimental data through joint research with the National Institutes for Quantum Science and Technology.
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