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610 labs · 150 student voices
Tadashi Ochiai, Professor
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The Ochiai Lab studies number theory and arithmetic geometry. In its research talks, the lab covers topics such as p-adic L-functions, the Iwasawa main conjecture, and congruences between automorphic representations. The lab has also written a specialist book on Iwasawa theory, Iwasawa Theory and Its Perspectives (Parts 1 and 2; in Japanese). For their fourth-year graduation research, students have read textbooks on algebraic number theory, class field theory, and elliptic curves.
Yuri Yatagawa, Associate Professor
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The Yatagawa Lab studies ramification theory and invariants in arithmetic geometry. Among other topics, it investigates the relationship between invariants that appear in algebraic geometry and invariants of “ramification” that appear in algebraic number theory.
Hideyuki Miura, Professor
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The Miura Lab studies self-similar structures in nonlinear partial differential equations. Its listed research keywords include the Navier–Stokes equations.
Michiaki Onodera, Associate Professor
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The Onodera Lab studies the mathematical principles of “forms” through partial differential equations and variational problems. Phenomena and “forms” that appear in the natural sciences can be understood as states in which an underlying “energy” is at a local minimum. The lab formulates the problem of finding such states as a calculus problem in infinite-dimensional spaces, and aims to clarify their principles and structures.
Satoshi Naito, Professor
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The Naito Lab studies the representation theory of infinite-dimensional Lie algebras and quantum groups. The lab aims to understand interesting identities arising in mathematical physics and other areas through representations of quantum groups. Its main tools are crystal bases of quantum group representations and their concrete combinatorial realizations.
Shouhei Ma, Associate Professor
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The Ma Lab studies the global structure of moduli spaces in the field of algebraic geometry. Its research keywords include modular forms and rationality problems.
Masayuki Ohzeki, Professor
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The Ohzeki Lab draws on mathematical science and physics to study problems in information science theoretically. The lab aims to develop statistical mechanics of information, advance quantum machine learning, and apply quantum computing. It also works on founding startups, collaborating with them, and pursuing industry-academia collaboration with large companies. The lab is part of the Graduate School of Information Sciences at Tohoku University. At Institute of Science Tokyo, students can join it from the fourth year of undergraduate study or from graduate school by applying to the Department of Physics in the School of Science.
Miyabi Imai-Imada, Associate Professor
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Imai-Imada Lab studies methods for measuring the optical properties of individual molecules at atomic-level resolution. The lab has independently developed "optical STM," which combines the mechanisms of optics with a scanning tunneling microscope (STM). Using this instrument, it investigates the relationship among the structure, electronic states, and optical functions of organic electronics materials, and it is also taking on the measurement of biomolecules. The lab also doubles as a RIKEN research team, with bases at both Ookayama and Wako.
Shingo Kazama, Associate Professor
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The Kazama Lab uses experiments to investigate the nature of dark matter, which cannot be seen with light. Using data from XENONnT, one of the world's largest liquid xenon experiments, operating underground in Italy, the lab searches for dark matter and rare phenomena. Within the university, the lab is also developing detectors with extremely low radioactivity for XLZD, a future large-scale experiment. The lab is a small group that started in April 2026, and it welcomes consultations about research from students of any year.
Hatakeyama Tetsuhiro, Associate Professor
0 student voices
The Hatakeyama Lab studies problems in universal biology, biophysics, and systems biology, mainly using theoretical methods. Its goal is research that, once the results are known, changes how we see living things and biological phenomena. The lab looks for universal properties that hold across a wide range of organisms, regardless of individual details. Based at the Earth-Life Science Institute (ELSI), the lab accepts students and researchers.
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