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relevant ordinances. By developing and applying the general foundation model of large-scale language models, TRIP-AGIS aims to contribute to the expansion of the rapid acceleration of scientific research
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candidates will not only conduct top-level research on their own topics, but also contribute to building common ground in mathematics, physics, chemistry, life science, humanities, computational science, and
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aim to advance the development of mini-organs with complex morphologies from stem cells and the construction of integrated biological systems. In partnership with various research groups, researchers
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of the project] * Background of the recruitment and description of the project The RIKEN Center for Advanced Intelligence Project has been launched since April 2016 with the subsidy for “Advanced Integrated
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on quantum computation. Successful candidates will not only conduct top-level research on their own topics, but also contribute to building common ground in mathematics, physics, chemistry, life science
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of the project] * Background of the recruitment and description of the project Our team is conducting research on various quantum spintronics phenomena in nanoscale composite structures. Focusing on quantum spin
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intelligence, etc.), Physics I (particle, nuclear, astrophysics, etc.), Physics II (condensed matter etc.), Chemistry, Biology (cell biology, developmental biology, plant biology, structural biology
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tools, characterizing their functions through biochemical analysis, engineering them as molecular tools, and applying these novel tools in disease models. Recently, we are actively working on RNA-guided
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publishing experiments which integrate advanced analytical methods with complex motor learning and execution paradigms. ・In vivo electrophysiology ・Use of genetic approaches to “tag” defined neural populations