157 phd-in-architecture-interior-design-built-environment Postdoctoral positions at CNRS
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Additional Information Eligibility criteria ● A relevant PhD degree in semiconductor physics, material sciences, or similar. ● Hands-on experience with III-V semiconductor deposition processes (e.g. MOCVD, MBE
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Postdoctoral researcher in the analysis of single-cell and spatial transcriptomics experiments (M/F)
University of Strasbourg. The selected candidate will work at the IGBMC and benefit from an exceptional international scientific environment. The IGBMC has around 40 teams divided into four scientific
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, upon aging results, to specify the PCB packaging design routes that are capable to meet the upcoming WBG power device stress requirements. Power electronic conversion is a key enabling technology to
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of studying and quantifying the effect of microbial interactions on the phenotype and fitness of Saccharomyces in a controlled environment. More specifically, the researcher will be responsible for quantifying
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communications or conferences. During the contract period, the successful candidate will be part of the 'Social and Political Dynamics of Private Life' team at the CMW laboratory. The candidate must hold a PhD in
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Impacts (IFAECI, IRL 3351 CNRS–IRD–CONICET–UBA) in Buenos Aires. IFAECI is an international research unit dedicated to climate–environment interactions in South America, bringing together the expertise
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. The cell-free mobile network is a new network architecture without the concept of cells that emerged a few years ago and offers much more uniform coverage and increased connectivity compared to cellular
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of these processes on the atmospheric lifecycle and fate of microplastics, including deposition to urban and remote environments. - Write and publish scientific papers describing the results. - Participate in project
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, and includes the potential to become a co-founder of Lightspring. We are looking for someone with complementary skills in photonics, optical design, numerical simulations of photonic circuits
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. Central to the SPOIR project will be the recent modification of a molecular beam epitaxy reactor to handle corrosive environment brought about by the halide compounds. Working environment. CRHEA (Centre de