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leads to total design of quantum computers, namely, quantum computer architecture. We also aim at cooperating systems of quantum and classical computers towards early realization of useful quantum
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? Yes Offer Description We study the regulatory control of neuron specification and differentiation. These processes build the nervous system, and their disruption causes neurodevelopmental disorders. We
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manipulate the signaling pathways that initiate and control the neuron differentiation process. It uses a combination of genomics, molecular biology, and live imaging to understand molecular mechanisms
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much neural responses to the stimulus make it difficult to trace the core process. Recently, our group showed that a visual mismatch stimulus promotes perceptual alternation and pre-attentive visual
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patterns and processes that underpin the evolution of life across its myriad forms with a significant focus on reconstructing the Tree of Life and modeling the dependency between different levels
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of the project] * Background of the recruitment and description of the project [Research Field] We are working on the ultrafast shaping of free-electron beams and the application to the ultrafast imaging
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requires a PhD or equivalent in particle physics, obtained no longer than 3 years prior to the date of employment. The ideal candidate will have a solid experience in experimental particle physics, a strong
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-correlation systems by means of atomic-resolution electron microscopy. We use various microscopy techniques, such as the electron tomography, in-situ imaging, differential phase contrast microscopy, electron
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(JAMSTEC) is soliciting applications for Postdoctoral Researcher for the research project “The development of analysis for monitoring current state and forecasting future process of subduction plates by
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to the relaxation process from metastable states at finite temperatures, is a very important subject in non-equilibrium science. Theoretical research on permanent magnets has traditionally been developed based