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Field
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laminar organization within cortical-like structures. Through these studies, we seek to advance the development of a physiologically relevant human brain organoid model that more accurately recapitulates
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to enhance regionalization and laminar organization within cortical-like structures. Through these studies, we seek to advance the development of a physiologically relevant human brain organoid model that more
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marked by a sharp decline in estrogen and progesterone levels, leading to profound alterations in the structure and mechanical behavior of soft tissues. These changes are associated with frequent
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the first objective is to extend these findings to silicon solar cells. Two emerging concepts will be investigated and compared: (1) Multi-resonant absorption induced by perfectly ordered structures
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(parameters, data, structure) and produce uncertainty intervals for key outputs (abundance, biting rate); - Conduct temporal and spatial validation; leave-area-out validation; inter-city transferability tests
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(based for instance on classical and/or ab initio molecular dynamics, combined with ONIOM-type QM/MM approaches) to gain deeper insight into the structure of the HFIP solvent, its coordination properties
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part of a dynamic scientific environment with renowned researchers in the fields of hematology and leukemogenesis (https://gencelldis.fr/l-benajiba-team/ https://www.institut-leucemie.fr/en
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-003/Default.aspx Work Location(s) Number of offers available1Company/InstituteSols, solides, structures, risquesCountryFranceCityGRENOBLEGeofield Contact City GRENOBLE Website http://www.3sr-grenoble.fr
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astroparticle physics, particle physics, and mathematical physics. The cosmology and astroparticle team (https://astrocosmolapth.com ) conducts research on large-scale cosmic structure, microwave and infrared
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system housing the two arms of the PET-SCAN system - Develop a simulation tool to optimize the prototype structure - Develop software tools for data acquisition and processing This work is being carried