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direct interaction with Bruker’s proteomics specialists and R&D teams. The successful candidate will gain valuable experience at the interface of academic and industry-driven proteomics innovation. Recent
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hundred modern equids will also be available for comparison. They will interact with a wide network of archaeologists, zooarchaeologists, and anthropologists in order to enable detailed interpretations
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ferroelectric properties. With a large number of permanent researchers, engineers and PhD students as well as strong interactions with industry, the LAAS-CNRS is situated at the crossing between scientific
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study the structure and dynamics of proteins. The main objective is to design and implement nanodevices to study biological molecules and analyze light in the THz range. This work focuses on improving
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, which function through the interaction between magnetic layers and surface acoustic waves (i.e., magnetoelastic coupling). These devices will be fabricated using magnetic thin films epitaxially grown
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CNRS, in the field of Electrical Engineering Research. It covers a scientific spectrum ranging from materials and components to the design and control of electrical energy systems. Its activities can be
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host-pathogen interactions is an asset Experience in genetic manipulation of bacteria, infection models, and molecular analyses Proven track record with publications in peer-reviewed journals Ability
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applications, enriching knowledge of hydro-chemo-mechanical couplings in WJ appears to be a crucial element for medical innovation. Objectives:Joining a multidisciplinary team, the main objective is to work
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of the SURFMET project. Interact with the engineering department for the design part and the workshop for the realization part. Test the device's performance in and out of the magnetic field. Participate in
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context involving researchers, engineers, and clinicians. This position offers strong opportunities for national and international collaborations, both academic and industrial. - main mission: Design