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47 labs · 0 student voices
Faculties at Kyushu University ›
Takaharu Yaguchi, Professor
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Professor Takaharu Yaguchi researches mathematical modeling, numerical analysis, machine learning, and geometric mechanics at the Institute of Mathematics for Industry. Researcher information also lists social network analysis and Morphological Computing as research themes. Co-authored papers include research on simulating physical phenomena with neural networks designed to respect physical laws such as conservation of energy. Prof. Yaguchi also holds positions in the Department of Mathematics at the Graduate School of Mathematics and in the Department of Mathematics at the Faculty of Science.
Yasuhiko Asao, Associate Professor
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The lab of Associate Professor Yasuhiko Asao is interested in algebraic topology, magnitude theory, and their applications. The lab website introduces Associate Professor Asao as a mathematician. Associate Professor Asao is affiliated with the Advanced Mathematical Technology Division of the Institute of Mathematics for Industry. Associate Professor Asao also belongs to the Department of Mathematics at the Graduate School of Mathematics and the Department of Mathematics at the Faculty of Science.
Ryoya Fukasaku, Associate Professor
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Associate Professor Ryoya Fukasaku researches the development and application of computer algebra methods. The professor has made quantifier elimination, one of the methods of computer algebra, more efficient and implemented it in the computer algebra system Maple. Quantifier elimination is a method that computes, for a first-order formula, an equivalent quantifier-free formula over the real numbers. Recently, the lab has also been working on applying computer algebra methods over the real numbers to the mathematical sciences.
Kenji Kajiwara, Professor
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Professor Kenji Kajiwara researches the theory of integrable systems and the generation of geometric shapes using discrete differential geometry. In integrable systems, the lab has pursued algebraic and geometric studies of the Painlevé equations and discrete Painlevé equations, and their applications. In discrete differential geometry, based on the theory of discrete integrable systems, the lab studies the theory of deformations of discrete curves and the theory of discrete surfaces. As an application, the lab develops theory and implementations for generating "beautiful" shapes, in collaboration with researchers in architectural design, industrial design, and computational geometry.
Atsushi Tero, Associate Professor
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Associate Professor Atsushi Tero's lab uses mathematical models to study the mechanisms of behavior and intelligence in organisms. The professor's researcher information page lists a research topic in which the behavior of the true slime mold, a multinucleate single-celled organism, is described by model equations and reproduced on a computer. It also lists a topic on understanding, through numerical experiments and experiments on real hardware, how the control of behavior arises from resonance between periodic movements such as walking and the body's internal state. The lab belongs to the Applied Theory Division of the Institute of Mathematics for Industry.
Hiroyuki Ochiai, Professor
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Prof. Ochiai's lab conducts research specializing in algebraic analysis, centered on mathematics and the mathematical sciences. The lab mainly investigates special functions that appear in representation theory. The lab belongs to the Institute of Mathematics for Industry and also supervises graduate students of the Graduate School of Mathematics. As part of the results of joint research with industry, the lab received the Prize for Science and Technology in the Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology in 2014, together with its collaborators.
Ryoko Tomiyasu, Professor
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Prof. Tomiyasu's lab develops algorithms and applications for discrete structures such as lattices, integer rings, and point configurations in Euclidean space and on manifolds. Its main tools are the theories of geometry of numbers, algebraic number theory, discrete mathematics, and convex optimization, together with analytic methods related to the diffraction theory of crystals. In addition to activities in mathematical crystallography, including interdisciplinary collaboration, the lab also addresses problems with concrete applications in numerical analysis and in materials science dealing with atomic structures. The lab also conducts joint research in scientific fields as a place to find new problems in mathematics.
Osamu Saeki, Professor
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Prof. Saeki's lab studies the overall structure of manifolds, which are geometric objects, using singularities of differentiable maps as a clue. By restricting singularity types to simple ones or focusing on low dimensions, the lab investigates the relationship between maps between manifolds and the structure of manifolds. The lab studies a wide range of areas of topology and also works on DNA knots and visual analysis of multi-valued function data.
Tomoyuki Shirai, Professor
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Professor Tomoyuki Shirai studies probability theory, especially point processes, which describe random arrangements of points. Building on the properties of eigenvalues of random matrices, the lab constructs random point fields called determinantal point processes and explores their generalizations. The lab is also interested in the relationships among random walks on graphs, the spectrum of the Laplacian, and the geometric properties of graphs, and has recently begun research on random topology.
Hayato Waki, Professor
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Professor Hayato Waki of the Advanced Optimization and Quantum Mathematics Division conducts research and education in optimization and mathematical programming. The professor is particularly interested in optimization problems involving continuous variables. The professor previously worked on developing algorithms for optimization problems, but is now interested in using the properties of optimization problems to investigate the structure and properties of the phenomena and problems they model.
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