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, AI image analysis, and mathematical simulations. This research not only reveals the principles of tissue formation but also addresses a crucial theme for understanding the functions of the brain and
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prediction. This will be achieved by capturing magma supply processes from deep to shallow regions with high precision and resolution, and by elucidating the process from magma accumulation to eruption. [Work
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achievements in at least one of the main or related keywords and be motivated to apply their expertise in one area to the other. Main Keywords: signal processing (for image, audio, signal on graphs and so
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spectroscopy, energy conversion science, and biomolecular imaging. Applicants from a wide range of academic backgrounds are welcome, including those eager to take on new research challenges beyond their previous
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description] - Developing data visualization, retrieval, and extraction interfaces that contribute to shipping operation support. Specifically, developing a prototype interface for visualization and analysis
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: Development of chemical biology techniques for fluorescent labeling and imaging of biomolecules and cells. Chemical biology researches on analysis and control of chemical modification, interaction
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. Our research takes a multifaceted approach, combining imaging of organoids and animal embryos, mechanical measurements using atomic force microscopy (AFM) and other in-house technologies, as
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proteins, and cell images. The successful applicant will be responsible for not only conducting research but also for teaching liberal arts and other subjects at the undergraduate and graduate levels
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Research, Advanced Seminar on Physiology and Biophysics, Advanced Research on Physiology and Biophysics, Methods in Biomedical Sciences B, etc. (5)Supervision of students in the MD-PhD course Note: The
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and description of the project The International Relations Program (IRP) at the Graduate School of International Relations (GSIR) of the International University of Japan (IUJ) offers Master’s and PhD