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of the recruitment and description of the project] * Background of the recruitment and description of the project Performing advanced research on energy processes and systems aimed at decarbonization and conducting
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to disease prediction and prevention. Through our Team Science approach, we have achieved breakthrough discoveries in five key areas: neuromodulation (reinforcement learning), critical period mechanisms
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), including ultrafast imaging and nanomechanical measurements of biological samples. Our goal is to develop advanced AFM technologies and use them to uncover previously unresolved biological phenomena
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position is available for the research on theoretical and numerical methods related to any of the following: open quantum systems, quantum information processing and quantum machine learning, nonlinear
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Design-Build-Test-Learn (DBTL) cycle that rapidly iterates the design, synthesis, and evaluation of molecular-robot components. https://molbot-ex.org/index.html [Work content and job description] The E01
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technologies for X-ray, gamma-ray, and particle detection aimed at advancing next-generation gamma-ray imaging, radiation imaging, and spectroscopy technologies for diverse applications in quantum sensing
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boosting, and related machine-learning approaches Evaluation of model generalizability using train/test splits, leave-one-cohort-out validation, and leave-one-platform-out validation Assessment of predictive
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metabolism in ageing models. The use of AI and Deep Learning for data analysis and the establishment of in vitro ageing experimental systems and factor isolation using CRISPR Screening are also planned