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To promote interdisciplinary research in computational science

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Members ― atmospheric general circulation model

Takeshi Enomoto

Disaster Prevention Research Institute, Kyoto University

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Executive Board　Graduate School of Informatics　Graduate School of Science　Graduate School of Energy Science　Graduate school of engineering　Graduate School of Agriculture　Research Institute for Mathematical Sciences　Academic Center for Computing and Media Studies　Center for the Promotion of Excellence in Higher Education　Graduate School of Biostudies　Disaster Prevention Research Institute　Research Institute for Sustainable Humanosphere　Institute for Chemical Research
Affiliations above are written in order of the number of constituents who belong to the affiliations. Research fields below are written in order of the number of researchers who are studying the fields.
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Singular value decomposition　High-Accurate Numerical Computation　rotating fluid　Spectral method　physical chemistry　Convection　computer simulation　Atmospheric waves　Chaos Dynamcics　parallel programming　parallel computing　Data Assimilation and Simulation　Climate Dynamics　Geophysical Fluid Dynamics　Dynamic Meteorology　solvation effect　hydraton　statistical mechanics　quantum chemistry　Pattern formation　Chemical reaction　electron microscopy　phase transition　mineral　Electrochemistry　Inorganic Chemistry　Fluorine Chemistry　Resultant　Determinant　Two-dimensional turbulence　Hydrodynamic stability　Energy conversion　Colloid　atmospheric general circulation model　partial differential equations on the sphere　Numerical Instability　Ill-Posed Problems　Multiple-Precision Arithmetic　earthquake cycle, rate and state friction law　Fluid-Structure Interaction　Computational Fluid Dynamics　ERK　Ras　quantitative simulation　FRET imaging　Multimedia information processing　Soft Matter　3-dimensional model processing　Image processing　sphere and spherical shell　rotation　waves　turbulence　Discrete algorithms　Complex networks　Chemoinformatics　Systems Biology　Bioinformatics　Coarse Grained Modeling　Multi-scale Modeling　Fluid Mechanics　Computer vision　data assimilation ensemble Kalman filter

- Supercomputer, Kyoto Univ.

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