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of reaction pathway exploration methods based on chemical and microbial reaction networks ・Design and implementation of computational tools for reaction systems ・Construction and analysis of mathematical models
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applications, such as NV centers formed within diamonds. https://www.nims.go.jp/electr-opt/SCdefct_e.html [Work content and job description] This position is for research on the physical properties of quantum
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and structure materials, (7) Inorganic nanomaterials, (8) Macromolecules and biomaterials, (9) Data-driven materials development, and (10) Advanced materials analysis technology. * Research Environment
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and structure materials, (7) Inorganic nanomaterials, (8) Macromolecules and biomaterials, (9) Data-driven materials development, and (10) Advanced materials analysis technology. * Research Environment
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technologies for new structural materials and dissimilar materials to achieve carbon neutral and national resilience. Research on improvement of joining and welding processing based on the technologies
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methodologies. Microstructures will be analyzed over a wide range of length scales, from the micro- to atomic-scale, to elucidate structure–property relationships relevant to applications and to contribute
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Research Organization of Information and Systems, National Institute of Genetics | Japan | 3 months ago
biophysics and developmental biology. We have recently discovered that mouse embryonic nuclei undergo profound structural and mechanical changes during a critical developmental window associated with
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chemical synthesis of natural products and related compounds ⑤ Structural biology of pharmaceuticals and target molecules etc. * Assigned department Existing departments [Work location] * Address 141-0021
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well as the database construction to advance survey astronomy. Projects range from AI-oriented astrophysics and cosmology, such as simulation-based inference, AI-based data reduction, and AI-based accurate modeling and
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, investigates new combinatorial and geometric structures underlying quantum field theory. The group seeks to elucidate how scattering amplitudes and quantum observables arise from total positivity and positive