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originating from the Moon. - Understanding the design and operation of the instrument - Modeling the instrumental response under GEANT-4 (based on an existing model) - Analysis of the collected spectra
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the effects of microplastics (MPs) on early development and thyroid physiology in a model aquatic vertebrate, the amphibian Xenopus laevis. The main missions will be: To conduct and analyze exposure experiments
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better understanding of the molecular determinants governing protein targeting to the chloroplast and antimicrobial activity of with the aim to develop predictive models that can correctly identify
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GIS tools and urban hydrological modeling approaches is an asset. - Ability to disseminate scientific results in English (scientific papers, oral presentations). - Teaching skills and experience in
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and motivations) and then to combine modelling and complementary experiments to refine our understanding of the phase transition mechanisms at play. To do this, the postdoctoral researcher will use
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understanding its internal structure. Interpreting these geophysical data to model planetary structure and dynamics depends on understanding the physical properties of materials under relevant pressure and
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criteria - Master simulation tools such as SPICE, VHDL(-AMS), Cadence, as well as calculation and modeling tools such as Matlab/Octave or Python. Skills in finite-element type numerical simulation will be a
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project aims to develop model vitrimer systems produced in powder form (at the CP2M laboratory) and to understand the fundamental mechanisms of stress-assisted sintering, a central process for achieving
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of Research ExperienceNone Additional Information Eligibility criteria PhD in life sciences. Experience in cell and cancer biology and in vivo models of cancer. Good mastery of bioinformatic tools. Experience
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Description The researcher will use modeled surface ocean microplastic abundances and improved sea-spray-based emission functions to represent ocean–atmosphere transfer processes. Using the GEOS-Chem global