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83 labs · 32 student voices
Faculties at Institute of Science Tokyo ›
Wataru Higemoto, Project Professor
2 student voices
Higemoto Lab uses the elementary particle muon to study a variety of materials, including superconductors, magnetic materials, and semiconductors. The main method is muon spin relaxation (μSR), which uses a large accelerator and is a large-scale experiment for condensed matter physics. The main body of the lab is not on the Ookayama Campus but in Tokai Village, Ibaraki Prefecture, where the accelerator facility is located. The lab was established as a collaborative program with the Japan Atomic Energy Agency, and master's students belong to it.
Shun-Ichi Ishiuchi, Professor
2 student voices
Ishiuchi Lab studies the mechanisms of molecular recognition by probing molecules cooled to extremely low temperatures with laser light. Molecular recognition is the function of selecting only specific molecules from among many, and it is essential for sustaining life. Behind the behavior of molecules that look simple at first glance lie complex mechanisms, and elucidating them requires both state-of-the-art spectroscopic measurements and computational chemistry. The lab welcomes students who are enthusiastic about pioneering new fields at the boundary between physics and chemistry.
Makoto Yamashita, Professor
2 student voices
The Yamashita-Morimoto Lab studies the chemistry of organic compounds containing boron and aluminum, as well as the chemistry of catalysts used to make chemical products in industry. The lab investigates the "elemental properties" that elements show when they are part of organic molecules, and creates molecules with "new bonds" that have never existed before. Another pillar is the development of catalysts that convert methane, the main component of natural gas, into raw materials for chemical products. The lab also aims to develop catalysts that reduce the energy needed to make chemical products.
Tonegawa Tonegawa, Professor
1 student voices
The Tonegawa Lab studies elliptic and parabolic partial differential equations, geometric measure theory, and its applications. The calculus of variations, the Allen–Cahn equation, and the Cahn–Hilliard equation are also objects of study. Minimal surfaces and mean curvature flow are also among the main research themes. An introductory book on Brakke's mean curvature flow (Brakke flow) has also been written.
Tamas Kalman, Associate Professor
1 student voices
The Kalman Lab studies low-dimensional geometric topology, especially contact 3-manifolds and Legendrian knots. Classical knot invariants such as the HOMFLY polynomial are also among its subjects of study. The lab also works on the combinatorics of graphs and lattice polytopes, and has found a new connection between quantum knot polynomials and Floer homology. Recently, it has also become interested in mathematical models of soft matter physics.
Jiang Pu, Associate Professor
1 student voices
The Pu Lab studies the properties of two-dimensional materials and their stacked structures, and applies them to devices. It investigates the behavior of electrons and light that is unique to two-dimensional materials, which are as thin as a material can be. Using its own fabrication and measurement techniques, the lab explores the distinctive properties of superlattice structures that combine various materials. It aims to create new devices that have never existed before by taking advantage of the characteristics of the materials.
Xiuzhen Yu, Project Professor
1 student voices
The Yu Lab is the Electronic States Microscopy Research Team at RIKEN, led by Project Professor Yu of the School of Science at Institute of Science Tokyo. Using electron microscopes capable of atomic-level resolution, the lab observes in real space the structure and dynamics of magnetic vortices such as skyrmions. Targeting high-temperature superconductors, polar ferromagnets, thin-film interfaces, and more, it also examines electronic states, elemental distributions, and structural changes. Through this research, the lab aims to elucidate emergent phenomena that occur in a variety of materials.
Takashi Miyake, Professor
1 student voices
Miyake Lab studies how to understand and predict the properties of materials (physical properties) from the theory of electrons. It solves equations based on quantum mechanics with computational simulations and expresses material properties numerically. Based on those results, the lab clarifies the mechanisms behind material properties and designs materials. For this purpose, it also develops computational science methods and data-driven methods.
Aiko Takamine, Professor
1 student voices
Takamine Lab conducts experiments that measure, with very high precision, unstable nuclei produced artificially by accelerators. Unstable nuclei are a key to understanding how elements were formed in the universe, and their properties change greatly with even a slight difference in the number of protons or neutrons. The lab first decelerates and cools unstable nuclei to extremely low energy, then performs high-precision mass measurements and laser spectroscopy. Anyone with even a slight interest in the research is welcome to drop by the lab.
Shunsaku Horiuchi, Associate Professor
1 student voices
The Horiuchi Lab studies, from a theoretical standpoint, the field where high-energy astrophysics and particle physics overlap. The lab considers the physics of supernova explosions and of dark matter as particles, and explores how they can be probed with light, cosmic rays, and neutrinos arriving from space. As multi-messenger astronomy, which combines multiple signals to study the universe, advances rapidly, the lab provides theoretical predictions for observations and experiments. Prof. Horiuchi also holds appointments at Virginia Tech in the United States and at the Kavli Institute for the Physics and Mathematics of the Universe (Kavli IPMU) at the University of Tokyo.
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