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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
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that can achieve the high durability and performance required for hydrogen energy applications. In this project, we develop blend ionomers with controlled gas permeability and catalyst layers incorporating
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the first to examine how primate-specific adaptations in protein quality control networks influence cell repair mechanisms and contribute to human disease, protein aggregation, and age-related decline
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measurement techniques for thermal transport at the nano- and microscale, in spectral analysis of phonon transport, and in research aimed at enabling spatiotemporal control of thermophysical properties. We
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found at: https://www2.kek.jp/qup/en/research/ . The contract for this postdoctoral fellowship will be on an annual basis. The renewal of the contract depends on the continuing availability of funds and