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76 labs · 0 student voices
Faculties at Tokyo University of Science ›
Tetsuro Nikuni, Professor
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Nikuni Lab studies ultracold atomic gases from a theoretical standpoint. According to the university's researcher information, the research field is atomic, molecular, and quantum electronics, and the research topic is "dynamics of cold atomic gases." The lab's list of publications includes, besides cold atoms, titles of papers dealing with quantum annealing and Rydberg atoms.
Kaoru Sanaka, Professor
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Sanaka Lab studies quantum optics and quantum information science. The lab conducts experiments to generate polarization-entangled states between photons, and theoretical research on quantum search algorithms in complex networks. It also conducts experiments to record polarization information in volume holograms, develops a polarization microscope for measuring substances in the brain, and simulates optical devices.
Masahiko Sato, Associate Professor
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Sato Lab studies ferromagnetic minerals in rocks and sediments to reveal the Earth's past. Through paleomagnetism, which reads the past geomagnetic field recorded in rocks, the lab works to understand the evolution of the Earth's interior and surface environment. The lab also works on rock magnetism, which investigates how rocks formed and past ocean environments from the state of their minerals, and on research into the protosolar disk through magnetic analysis of primitive meteorites. The lab's website introduces it under the name 'Rock Magnetism Lab.'
Fumiki Yoshihara, Professor
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Yoshihara Lab studies the quantum states that appear when superconducting electrical circuits are placed in an extremely low-temperature, ultralow-noise environment. These circuits are called superconducting quantum circuits, and the lab aims to freely control the states unique to quantum mechanics that appear on them. The ultimate goal is to realize a superconducting quantum computer using superconducting quantum circuits. The lab can carry out everything in-house, from circuit design and fabrication to measurement at extremely low temperatures and data analysis.
Hideaki Sakata, Professor
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The Sakata Lab experimentally studies the electronic properties of matter at low temperatures. Mainly using a technique called scanning tunneling microscopy, the lab investigates the electronic states of interesting groups of materials such as superconductors. The research page of the lab website introduces its work on superconductors. The information on the lab website is current only up to around 2020.
Kyohei Yamashita, Lecturer
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The Yamashita Lab studies microalgal cells using light, efficient culture of Euglena, and measurement of brain waves during artistic activities. The lab is developing culture methods for Euglena that use components found in food, as well as a method of determining whether cells are alive or dead using natural pigments. The lab also conducts research that scientifically analyzes the state of people engaged in Steiner education, music therapy, and other artistic activities, using brain waves, heart rate, and other measurements. This is the lab of Lecturer Kyohei Yamashita of the Department of Physics, Faculty of Science Division I, Tokyo University of Science.
Takahiro Yamamoto, Professor
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The Condensed Matter Theory Lab (Yamamoto Lab) uses theoretical physics methods and computer simulation to explain the macroscopic properties of matter from a microscopic perspective. The lab seeks the universality and regularities hidden behind the diverse physical phenomena that materials exhibit. Based on its findings, the lab carries out theoretical design of materials with new functions and high-performance devices, aiming to make them a reality. In graduation research, students learn the fundamentals of condensed matter physics and simulation techniques, then work on their own graduation research themes in the second semester.
Eiji Tokunaga, Professor
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The Tokunaga Lab studies the optical properties of matter, investigating through experiments with various spectroscopic methods how light and matter act on each other. It is interested in tiny semiconductor particles, crystals of organic molecules, photosynthesis and light-driven hydrogen production that makes use of it, and the optical nonlinearity that materials exhibit. Its themes are wide-ranging, including techniques for observing physical properties inside cells and changes in the refractive index when an electric field is applied to water. The lab's website says, "Nothing is as mysterious as light. If light could be controlled at will, the world would surely be full of wonders."
Tomoki Kimura, Associate Professor
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The Kimura Lab studies the space around Jupiter and Saturn (magnetospheres and aurorae) and the physics of the surface and interior environments of icy moons. In recent years, it has also begun studying terrestrial planets (Mars, Venus, and Mercury), their moons, and exoplanets. Its methods are plasma irradiation experiments, numerical experiments and the development of numerical models, analysis of observational data from spacecraft and telescopes, and data interpretation using artificial intelligence. Associate Professor Tomoki Kimura, who leads the lab, has taken part in European and American planetary probe missions and in space telescope missions in Japan and abroad, and has also worked on their development and operation.
Kyoko Matsushita, Professor
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The Matsushita Lab studies the formation history of celestial objects in the universe using the methods of X-ray astronomy. According to the lab's introduction, most of the matter in the universe can be observed only with X-rays. In the lab, students use knowledge of physics, statistics, and astronomy to learn and practice how to draw conclusions from data.
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