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Faculties at The University of Osaka ›
Atsushi Takahashi, Professor
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The Algebra Lab belongs to the Department of Mathematics in the Graduate School of Science and the School of Science at The University of Osaka. Its faculty members work in fields such as number theory and algebraic geometry. In number theory, there is a faculty member who studies automorphic representations. In algebraic geometry, there are faculty members who study Fano varieties and the singularities of shapes defined by algebraic equations. The research areas listed by faculty members also include complex geometry, mathematical physics, representation theory, topology, and combinatorics.
Shinichi Ohta, Professor
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The Geometry Lab is a group of faculty members in the Department of Mathematics who study differential geometry, topology, and related fields. On the Department of Mathematics staff pages, Professor Shinichi Ohta lists differential geometry and geometric analysis as research areas, and Professor Seiichi Kamada lists topology and low-dimensional topology. Lecturer Kazunori Kikuchi works in differential topology, Assistant Professor Yasuhiro Hara in transformation groups and topology, and Associate Professor Yoshihiko Matsumoto in differential geometry and several complex variables. Assistant Professor Kenshiro Tashiro studies sub-Riemannian manifolds, a type of space, using optimal control theory and optimal transport theory.
Soichiro Katayama, Professor
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The Analysis Lab is one of the divisions of the Department of Mathematics, Graduate School of Science, Osaka University (School of Science, Department of Mathematics), and its faculty specialize in partial differential equations, probability theory, algebraic analysis, and related areas. The staff list gives the faculty members' specialties as nonlinear partial differential equations, partial differential equations, probability theory, free probability theory, ergodic theory, algebraic analysis, and microlocal analysis. In probability theory, one faculty member has studied the behavior of Lévy processes, a class of stochastic processes (models describing the random evolution of a phenomenon over time), and stochastic control of models built on them. Another faculty member takes the viewpoint of algebraic analysis and seeks a unified understanding of the general principles common to problems involving differential equations.
Masashi Ishida, Professor
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The Global Mathematics Lab is a division of the Department of Mathematics, Graduate School of Science, Osaka University, and its faculty specialize in differential geometry, complex geometry, complex analysis, nonlinear partial differential equations, and algebraic geometry. Professor Goto studies the geometries known as special geometries, such as Calabi–Yau manifolds, from a viewpoint that treats them in a unified way. Professor Yamanoi studies problems in complex geometry and complex analysis from the standpoint of Nevanlinna theory. Associate Professor Iwai investigates the structure of algebraic varieties from the standpoint of complex geometry and algebraic geometry.
Toshikazu Kuniya, Professor
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The Experimental Mathematics Lab is one of the divisions of the Department of Mathematics, Graduate School of Science, Osaka University, and it studies number theory, algebraic geometry, and mathematical biology. The faculty members' specialties are mathematical biology, number theory, algebraic number theory, and algebraic geometry. Topics that appear in the faculty members' research descriptions include differential equations describing the spread of infectious diseases, the relationship between L-functions and Selmer groups, and quotients of algebraic varieties and derived categories.
Naohito Tomita, Professor
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The Applied Mathematics Lab is a research unit in the Department of Mathematics, with professors who study partial differential equations, probability theory, real analysis, and algebraic geometry and group theory. Associate Professor Itsuko Hashimoto studies the equations that describe the motion of compressible fluids as partial differential equations. Assistant Professor Kohei Hayashi works on probability theory, which explains macroscopic phenomena starting from random microscopic systems. The staff page of the Department of Mathematics introduces the research area of each professor.
Takahiro Kawabata, Professor
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The Kawabata Group studies the cluster structure of atomic nuclei, the structure of unstable nuclei, and related topics through experiments using accelerators. The Nuclear Experiment Lab as a whole investigates extremely rare phenomena inside atomic nuclei, as well as proton-rich and neutron-rich nuclei that do not exist in nature. It explores the properties of atomic nuclei as quantum many-body systems and the origin of the matter that makes up the universe. The faculty are divided into a nuclear structure subgroup and a nuclear matter subgroup. The latter studies the structure of unstable nuclei using nuclear reaction cross sections and nuclear moments. The lab's website introduces the Nuclear Experiment Lab as a whole, including groups such as the Itahashi Group.
Kenta Itahashi, Professor
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The Itahashi Group is a group within the Nuclear Experiment Lab. Through experiments using mesons, double beta decay, and more, it investigates the origin of the matter that makes up the universe. The Nuclear Experiment Lab uses accelerators to create unstable nuclei and pionic atoms that do not exist in nature, and studies the properties of atomic nuclei. The Itahashi Group has a hadron spectroscopy subgroup, which uses mesons to study the origin of the mass of matter and the structure of the vacuum, and an elementary particle and nuclear spectroscopy subgroup, which studies double beta decay and related topics. The lab's website presents the group together with the Kawabata Group as the "Nuclear Experiment Lab."
Hajime Nanjo, Professor
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The lab aims to elucidate the properties of elementary particles using huge particle accelerators and huge particle detectors. In the KOTO experiment at J-PARC, the lab studies the rare decay of the neutral kaon, and in the ATLAS experiment at CERN, it studies the properties of the Higgs boson. In the first semester, fourth-year undergraduates learn how to use measurement instruments and analyze data by measuring the muon lifetime, and from the second semester they work on their graduation research experiments. From the master's program onward, students are assigned to individual experiment groups.
Masaharu Aoki, Professor
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The lab studies particle physics experimentally. Focusing on the muon, the second generation of charged leptons, the lab seeks to clarify what was happening in the hot early universe. Through research that measures phenomena occurring only very rarely (rare processes), the lab takes on the mysteries of the universe. The lab also works on technology for producing large numbers of muons and on advanced radiation detector technology.
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