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280 engineers and technicians) in all the major fields required to design, develop and implement the experimental devices necessary for its scientific activity: mechanics, electronics, IT
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innovation. Our work involves exploring new chemical spaces and developing synthetic tools or analytical methods to study and/or modulate biological regulatory mechanisms. The proposed position is part of a
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- Expertise in VHE high-level analysis - Knowledge in VHE gamma-ray and neutrino detectors - Proficiency in English (written and oral) Know-how : - Experience in the design and the development of complex
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group to drive innovation across the various microscopy-related fields. The position is therefore particularly suited for candidates who wish to work at the heart of this interdisciplinarity, with
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has seen the most innovation, and currently, objects of different sizes (from micrometres to several metres) can be produced. The aim of the research project will be to develop medical devices using
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associate the different components following a modular approach to generate hybrid architectures. Our project will combine approaches including: (i) protein engineering (ii) design of photocatalytic molecular
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destruction and promising for future medical applications, enriching knowledge about hydro-chemical-mechanical couplings in WJ appears to be crucial for medical innovation. Where to apply Website https
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local, national, and international collaborators. - Prepare the publication plan. - Participate in data interpretation and the writing of scientific articles. Part of the University of Paris Saclay
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a project under the Priority Research Equipment and Programs (PEPR) on Hydrogen, a national priority initiative aimed at accelerating innovation in this field. The LEPMI (Laboratory