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Professor, Department of Mathematics, Kyoto University and Chief coordinator, Math Clinic at Kyoto University.
My research interests are in understanding nonlinear dynamical phenomena observed in the evolutions of incompressible fluid motions; I am also intersted in interdisciplinary mathematical studies (Math. Metorology, Math. Modeling etc); I am the chief cordinator of Math Clinic Program (MACS Program)
I am awarded a JST PRESTO
research fellowship for the project, "Dynamical Systems Theory for
Hydrospheric Environments"(20072010) and the sequel
project of JST Math CREST, "Towards a Paradigm Shift Created by Mathematics of VortexBoundary Interactions" (20102016).
 Dissipative weak solutions of the Euler equations and Turbulence theory
 Theory and Applications of Vortex Dynamics on Riemannian manifolds
 Singularity formation and longtime behavior of vortex dynamics
 Mathematical analysis for models for 3D NavierStokes and Euler equations
 Topological fluid mechanics
 Vortex Sound Theory
 Applied and Computational Complex Analysis
 Interdisciplinary Studies (Mathematical Meteorlogy, Math Clinic at Kyoto U)
Keywords:
 Research Topic: Topological and geometric fluid mechanics, Turbulence Theory, Vortex Dynamics, Mathematical Meteorology, Mathematical Modeling, Interdisciplinary Mathematics.
 Topics in Mathematics: Nonlinear dynamical systems, Bifurcation theory, Partial differential equations, Numerical Analysis, Topology, Symplectic geometry.
 Topics in Numerical methods: Vortex method, Spectral method, Fast treecodes, Fast Multipole Method, Numerical Conformal mapping
