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have access to the state-of-the-art general relativistic radiative particle-in-cell code Zeltron, and to high-performance computing facilities at the French and European levels. IPAG is a major French
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to Work Package 1 (WP1) and Work Packages 3.2 (WP3). Main missions: WP1 – Multi-omics biomarker discovery: - Perform and analyze tumor whole-exome sequencing (WES) and RNA-seq in the discovery cohort
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an emphasis on tissue long lived cells such as stromal cells, and their crosstalk with tumor cells, immune cells and the vasculature. We perform mostly in vivo studies, combining lineage tracing and depletion
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and pressure on water resources. A collaboration with a civil works contractor is planned. You will be primarily responsible for: - State of the art, bibliography ; - Analysis of the application fields
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influence the dynamics of photoexcited states, would bring considerable progress in the design of performing materials. Research studies : The goal of the project is to design, elaborate and investigate
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manufacturing processes for ultra-thin, high-efficiency solar cells. The initial focus will be on single-junction ultra-thin solar cells. The team has achieved state-of-the-art results with GaAs solar cells, and
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to carry out, based on a strong multidisciplinary mindset, gather : corpus studies (artworks and artwork files, songs, visual arts, performing arts, festivals, medias, social medias); on the field work and
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robust spectral and angular performance, ensuring stable optical behavior over wide incidence angles, large-area scalability, and environmental robustness. The main objectives of the project are: • Design
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collagen secretion in scarring and fibrotic diseases. The postdoctoral researcher will: • Contribute to the design and conceptual development of the project • Design and perform experiments addressing
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reliable than the current state of the art, by exploiting techniques from semiclassical analysis, an area of pure mathematics specifically designed to study high-frequency problems. This will be achieved by