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Group is dedicated to the technical development, operation, and maintenance required to provide a diverse range of high-intensity heavy-ion beams with long-term stability. The Heavy-Ion RF Technology
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the mathematical foundations of trustworthy AI, advancing AI technologies integrated with diverse scientific domains, and developing embodied intelligence for the real world. Real-world environments are observed
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are particularly suited for researchers—whether early in their career or more senior—seeking to develop an independent research profile at the interface of mathematics and physics. OIST provides an exceptionally
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life stages of organisms as a dynamic system, and aims to elucidate developmental, growth and aging phenomena as well as apply their findings to develop regenerative medicine and diagnostics, thereby
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Investigator: Hayato Motohashi). Black-hole gravitational radiation can be viewed as waves in an open system. By combining this perspective with concepts of non-Hermitian physics developed in fields such as
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[Background of the recruitment and description of the project] * Background of the recruitment and description of the project Our research team will conduct integrated evaluation studies toward
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of the recruitment and description of the project] * Background of the recruitment and description of the project 【Outline of position】 We have secured funding to work on a project studying high speed magnetisation
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description of the project [Outline of Laboratory] Our research group investigates a wide range of biological problems—from cell differentiation and multicellular dynamics to evolution and phase transitions in
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the NEDO project: "Project to Develop a Multimodal Foundation Model for AI Robots and Physical AI." If selected through this open call, you will be obligated to work exclusively on this NEDO project. https
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quantum materials and van der Waals devices with the development of THz microscopy and precision spectroscopy, while exploring their translation into quantum information science. Postdoctoral Scholars will