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detector and the timing layers of the future FCC-ee experiments and application to the FCC-ee physics program; technology options presently considered are Monolithic Active Pixels (MAPS) for the vertex and
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datasets (species and regions to be defined) • implement a generic land use map in the region concerned • design a protocol to compare the results with the actual trajectories • explore the simulation
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of target species, and 2) identify and map the risk of interactions between sea turtles and fishing gear. Main tasks: - Processing accelerometric/gyroscopic and acoustic signals related to the fine behaviors
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) using different imaging modes and TEM analysis. - Implementation of advanced techniques such as 4D-STEM and DPC ((Differential phase Contrast) - Acquisition of angle-resolved electronic energy loss maps
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considered under-studied today, see UNESCO report, 2020). • Bibliometric research based on a method of identifying field sites in publication corpora. • The production of world maps highlighting
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CNRS, LAPTh Position ID: CNRS-LAPTh-PD [#31091] Position Title: Position Type: Postdoctoral Position Location: Annecy, Rhone-Alpes 74940, France [map ] Subject Area: Cosmology/Particle Astrophysics
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considered under-studied today, see UNESCO report, 2020). • Bibliometric research based on a method of identifying field sites in publication corpora. • The production of world maps highlighting
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on the plants Arabidopsis thaliana will generate maps of depolarization, retardance, dichroism, and optical axis azimuth, which will feed machine learning models developed by the project partners to identify
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on their composition and homogeneity, will be investigated through Raman mapping. • Coupled electrochemistry–Raman measurements will enable the identification of selective dissolution and precipitation phenomena
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) technique is able to map dyes in fonction of their fluorescence lifetime. Moreover, « time gated » method, discard the majority of off target signals by introducing a delay between the excitation and the