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. OIST is rapidly gaining recognition in the worldwide academic community as a model for excellence in education and research. Position summary: Postdoctoral Researcher in Dr Liron Speyer’s Representation
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earthquake disasters, such as those from the Nankai Trough. The research will focus on refining three-dimensional subsurface structure models of the Nankai Trough region and improving the accuracy and
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&ln_jor=1 Requirements Additional Information Benefits [Compensation] Annual salary:4 million yen Wages description:Salary will be an annual salary based on experience, ability, and performance, and will
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analytical techniques for marine environmental restoration; and studying marine environment-ecosystem co-variation using environmental indicator organisms. 2. Making observations and models to understand
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are inherently social beings. We predict how others will respond to our own actions and coordinate our own and others’ behavior based on these predictions in order to live in harmony with those around us
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(Required) PhD in Information Theory, Mathematics or related fields Strong research skills and a solid track record of publications Excellent written and verbal communication skills in English. Knowledge
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decarbonization •Decentralized energy systems •Social acceptance of smart energy technologies •Data governance •Institutional design •Equitable and innovative business models * Assigned department Existing
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, architectures, and algorithms. Specifically, we investigate energy-efficient computer architecture for machine learning based on novel devices and computing principles, device-aware machine learning algorithms
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information science and contribute to society through quantum technology. This research team study cavity quantum electrodynamics (QED) based on nanophotonic devices. A cavity QED system is a hybrid system with photons
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of gas-phase atoms and molecules, as well as solid crystals, through laser-pump—electron-probe measurements. 3.Development of novel electron microscopes through numerical simulation-based device design