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community is fully international, with more than 50 countries represented. OIST is rapidly gaining recognition in the worldwide academic community as a model for excellence in education and research. Position
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methods to large-scale, complex problems. Here we aim to establish science for prediction and control for large and complex real-world problems. Human society is facing difficult problems like environmental
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. Specifically, we identify novel central metabolic pathways in non-model organisms. We then rationalize the differences by considering the habitats, intracellular physicochemical conditions, and metabolic context
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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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. 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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Community Climate Model G.Experimental study of multi-nucleon forces explored through few-nucleon scattering H.Studies on hadron and nuclear systems utilizing mesons or muons. I.Beam simulation of high
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simultaneous recording of brain activity from two or more individuals. The successful candidate will work on developing experimental paradigms that model real-world social interactions, with a particular focus
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recognition in the worldwide academic community as a model for excellence in education and research, and our unwavering commitment to scientific and technological innovation is dedicated to generating progress
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, and system architectures for large language model (LLM) inference serving that achieve low latency and high bandwidth with minimal energy consumption. For more information about the research team
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succeeds in achieving complex and scalable functionality in our society. Through this approach, we will establish modern quantum computer systems and software engineering in the field of quantum computation