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a strong quantum relativistic effect in solids, which is applicable to very strong magnets and efficient conversion of spin information to an electric signal. Our main method is a field theory
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dynamics, spin transport, and the interaction between spin and macroscopic order parameters, we are conducting experiments using methods such as transport measurements, optical measurements, and very
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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
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methods. The candidate is also expected to engineer the systems as molecular tools for therapeutic applications. The job description may be changed during the contract period or upon contract renewal