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26 labs · 0 student voices
Faculties at Tokyo University of Science ›
Mariko Murayama, Lecturer
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The Murayama Lab does research in condensed matter physics, including semiconductors, optical properties, sodium-ion solid electrolytes, and nanodevices. Its listed research background includes the luminescence, electrical properties, and device applications of rare-earth-doped semiconductors, and the structure and applications of sodium-ion batteries. Its current research topics are improving ion diffusion in Na solid electrolytes through doping, and fabricating all-solid-state batteries. Its listed research keywords are optical properties of semiconductors, semiconductor nanostructures, and new energy materials.
Kei Yagyu, Associate Professor
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The Yagyu Lab conducts research from the standpoint of particle phenomenology, with an interest in clarifying the origin of spontaneous electroweak symmetry breaking. In the Standard Model, electroweak symmetry is broken when the Higgs boson acquires a vacuum expectation value, but the overall structure of the Higgs sector is still unknown. Phenomena that the Standard Model cannot explain, such as neutrino oscillations and the existence of dark matter, are expected to be explained by new physics. The lab pursues its research on the grounds that elucidating the structure of the Higgs sector may reveal new physics.
Kazuo Umemura, Professor
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Umemura Lab specializes in biophysics and is located at the Kagurazaka Campus of Tokyo University of Science. The lab belongs to the Department of Physics, Faculty of Science Division II, and the Department of Physics, Graduate School of Science. Its research fields are biophysics, chemical physics, and the physics of soft matter. The lab's website lists keywords such as DNA, proteins, diatoms, atomic force microscopy, and optical tweezers.
Yugo Nagata, Associate Professor
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Nagata Lab studies what kinds of reactions occur when antimatter meets matter. It focuses on how positronium, an atom in which an electron and its antiparticle, the positron, are bound together like a hydrogen atom, acts on matter. The lab is also working on controlling the quantum states of atoms using periodic magnetic materials, and on applications of this research.
Taichiro Nishio, Professor
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Nishio Lab studies high-temperature superconductivity and multicomponent superconductivity in the field of applied condensed matter physics. Its listed research topics are the study of topological solitons and the study of the mechanism of high-temperature superconductors. The research keyword is low-temperature physics. Prof. Nishio is affiliated with the Department of Physics, Faculty of Science Division II.
Yasuyuki Nagashima, Professor
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The Nagashima Lab conducts fundamental research on the interaction between positrons and matter. The lab investigates what happens when exotic particles that do not normally exist in nature, such as positrons, are directed at matter. The lab extends its findings to applied physics and also works on developing new experimental techniques that use positrons. The research uses a "slow positron beam," a monoenergetic beam whose energy can be varied.
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