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leads the research theme “Constructing Nonverbal Communication Channels between AI–AI Agents.” Informal inquiries regarding the research topics and directions are welcome. [Work content and job
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. The capacity of neurons to represent and retain information is gauged from the structure and behavior of resulting circuits. Keywords: computational neuroscience, theoretical neuroscience, brain science
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well as the database construction to advance survey astronomy. Projects range from AI-oriented astrophysics and cosmology, such as simulation-based inference, AI-based data reduction, and AI-based accurate modeling and
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on either uncertainty quantification or how uncertainty should be expressed to users. https://unit.aist.go.jp/deihrd07/keiyaku_koubo/2025-airc_0043.html [Work content and job description] ・Develop uncertainty
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Research Organization of Information and Systems, National Institute of Genetics | Japan | about 2 months ago
genome dynamics within the nucleus; and (iii) developing techniques for the artificial manipulation of nuclear structure and mechanics. This project is partially supported by the JST CREST program
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explanation:The date of hire/start will be April 1, 2026 or earliest date possible thereafter. Where to apply Website https://jrecin.jst.go.jp/seek/SeekJorDetail?fn=0&ln=1&id=D125121622&ln_jor=1 Requirements
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leads the research theme “Constructing Nonverbal Communication Channels between AI–AI Agents.” Informal inquiries regarding the research topics and directions are welcome. [Work content and job
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analysis using all-atom models and global structure exploration using coarse-grained models. The job description may be changed during the contract period or upon contract renewal to the extent described
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the energy levels, interstate transition rate, luminescence efficiency, spin multiplicity etc. by their dynamic and static molecular structure, shape/size, chemical composition, and assembly pattern
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, develop techniques for quantum control and measurement, build quantum computing hardware and software, and explore novel applications. We promote basic research on quantum information science and contribute