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team in a context of industrial research and development. Technical skills: • Experiments in microfluidics. • Experiment on the physico-chemistry of magnetic colloids • Coding/coupling, direct
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interacting with the non-coding regions of ZIKV/DENV viral RNA, and of viral RNA/protein complexes involved in DENV and ZIKV replication cycle. Several complementary biophysical approaches will be used
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charged residues in the initial coding region (Ousalem et al., Nat. Comm. 2024). Based on this discovery, we have developed the RiboStallRescue project in collaboration with Axel Innis's team (University
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-scanning microscopy systems Image analysis: code development Transcriptomics: RNA-seq data analysis using Galaxy Writing and optimizing technical protocols Keeping detailed laboratory notebooks Computer
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typically work with datasets of up to several TBs depending on the case study); - Autonomy to conduct independent analysis and research on our (GPU/CPU) servers, familiarity with coding frames in machine
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have a strong interest in both theory and numerical work. Numerical work involves code development (e.g., changing the C++ LAMMPS code, programming of data analysis tools, etc.), carrying out large-scale
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the Fourier Modal Method (FMM), Rigorous Coupled-Wave Analysis (RCWA), and the Finite Element Method (FEM). A numerical code will also be written to establish the correspondence between the reflection
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interaction models to thermal boundary layers requires collaborating with the PhD student, who will undertake direct numerical simulations (DNS) using in-house codes to analyse heat transfer enhancement under
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the ERC partners in Munich and Bayreuth. The candidate is expected to • use and develop thermodynamics codes to model fluid-melt equilibria • present critical analyses of the experimental database on fluid
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adapted to the probing of these volatile components. Computation using the DEW (Deep Earth Water) code is mandatory. For each equipment, we have topnotch technical support at ISTO as well as in