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area of condensed matter theory and statistical physics, making use of both numerical and analytic techniques. Themes currently represented include quantum spin liquids; application of concepts from
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gravitational waves, by pioneering the weak coupling frontier through the use of cutting-edge quantum sensors and devices. QUP operates under a distinctive organizational model in which researchers from a broad
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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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operates under a distinctive organizational model in which researchers from a broad range of institutions, including KEK, converge at QUP to pursue common scientific objectives. QUP's principal research
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About the Applicant ⑨ Mentor's Name (Please obtain the mentor’s consent) ⑩ Explanation of Up to Five Key Papers or Achievements (If there are any numerical indicators that demonstrate the excellence
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modelling across different depths of human evolutionary history, building on methods published in Speidel et al, Nature 2025 and application to new large-scale modern and ancient genetic data. - Developing
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Tenure-Track Assistant Professor at the Graduate School of Pharmaceutical Studies, Tohoku University
research approaches, including but not limited to those that leverage emerging technologies—such as AI-based analysis, computational science, and iPS cell-based drug discovery models—to identify novel drug
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of information theory, mathematical modeling and machine learning and their application to medical science problems (5) Deep Learning in Biomedical Sciences (6) Theory and methods on prediction, control and
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“Construction of Random Network Representations of Quantum Spacetime and Gravitational Learning Models (in Japanese only)"at the iTHEMS Division of Fundamental Mathematical Science. We welcome applications from
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engaged in: Unraveling the complex gene-brain-behavior nexus, Investigating brain endophenotypes using mouse models to advance our understanding of neuropsychiatric disorders. Leveraging cutting-edge