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Field
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reveal and control the fundamental properties of nanoscale materials. The current research area includes optical control and manipulation of material motions. The laboratory is seeking an academic staff
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, information electronics, and control systems. The information electronics field is one of the fundamental research fields in the Department of Electrical and Electronic Engineering that includes advanced
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, such as controlled hot-injection methods. In addition, the candidate will pursue the development of advanced optical materials, including optoelectronic devices incorporating the synthesized nanoparticles
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for automated experimental systems used in high-throughput research. https://www.wpi-aimr.tohoku.ac.jp/en/about/staff/20260205_002130.html [Work content and job description] ●Develop and maintain control systems
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adaptive control, and energy harvesting. Such research aims to advance the harmony between electronics and humans, robots, and the environment. This field conducts research and education on electronic
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content and job description] Job description: Research area of candidates must be in the field of power and energy systems and related elemental technologies based on electric power and control engineering
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technologies, driving/implementation/protection technologies of next-generation power devices, and (3) state-of-the-art industrial applications technologies such as AI technologies for control, design, and fault
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that contribute to the control of viral infectious diseases. The lab’s research focuses on two main areas: (A) developing AI technologies to predict genotype–phenotype relationships of viral proteins, and (B
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(Jumpei Ito laboratory), Department of Biological Informatics, Research Institute for Microbial Diseases, Osaka University aims to develop bioinformatics technologies that contribute to the control of viral
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combined cerebral, brainstem, and spinal cord fMRI together with clinical neurophysiology to elucidate the neural mechanisms of human motor and sensory control, and to translate these findings