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(UAR 3266) at IN2P3 and will work in the Fission and Reactions (FIRE) group, made up of 10 people (researchers, postdocs, doctoral students) within the Physics Division, which also comprises 5 other
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the Laboratory of Planetology and Geosciences, CNRS UMR 6112, in Nantes, France. Our research aims to study the impact of heterogeneous heat flux at the core-mantle boundary (CMB) on dynamo regimes (dipole
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-processing pipeline for high-field MRI medical data (normalization, denoising, spatial registration) to optimize the quality and consistency of data used in analyses, and to facilitate the search
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. This production does not involve any catalysts such as light or heat. It is an intrinsic property of the air/water interface, and therefore potentially ubiquitous in the troposphere. This PhD project aims
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considered. This technique consists of extracting the molten polymer by capillary suction via a controlled heat treatment. For this, the parts are coated with a bed of ceramic powder which serves as a porous
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postdoctoral position. In recent years, our team has specialised in high kinetic inductance superconducting quantum circuits operating at milliKelvin temperatures with applications ranging from novel
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reporter protein. The droplets exhibiting the phenotype of interest will then be sorted, their DNA content recovered and analyzed by high-throughput sequencing to characterize the result of each screening
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). The group currently hosts 2 PhD students. The group is publishing about 10 articles a year in high-impact journals (PRL, Nature, Nature Photonics, Nature Physics, Optica, ...): http
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for the High-Luminosity LHC. Our primary responsibility is the integration of double-sided silicon sensors onto mechanical support structures (ladders), including the associated electrical, optical, and cooling
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homologous recombination and its intersection with the spatial organization of chromatin in the nucleus. They use high-throughput genomics approaches in the model organism S. cerevisiae. They are looking for a