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speeds and reduced energy consumption, contributing to more energy-efficient devices for image, sound, and biomarker recognition. The consortium brings together seven partners, including the CNRS (MAJULAB
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(electron microscopy, micro-characterization and functional morphohistology- imaging), BIO3 (biomaterials, biohydrogels and biomechanics), INOA facility (OsteoArticular INflammation), HiMolA (Molecular
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variations or periodic signatures in radio emissions. • Application of our method to the analysis of the second half of the LoTSS-wide data, recently pre-processed (synthesis of images and dynamic spectra
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-photon) and image analysis will be necessary to carry out this project. Finally, skills in bacteriology and the development of bacterial biofilms would be an advantage. Where to apply Website https
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based on a circularly permuted green fluorescent protein (cpGFP) inserted into the intracellular loop 3 sequence of the receptor endogen (RXFP3). This prototype will be optimised by multiple cycles
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nanostructuring, molecular collisions and the interstellar medium, radiobiology and innovative techniques for imaging and therapy of certain cancers. GANIL (about 300 people) is located in France, in the city of
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Imaging applications. The laboratory is located at the interface of Engineering Sciences and Biological Sciences. The laboratory has developed numerous interactions with research teams specialized in
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-dissipative system in which correlations of a quantum nature may naturally arise. We have built a prototype for such a cold-atom-based superradiant laser. We want to tackle the unresolved issue of sustaining
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cell lines, primary and iPSC-derived cells, and animal models Conducting microscopy experiments using conventional and super-resolution imaging techniques Conducting experiments using chemical biology
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. The position will involve the use of molecular tools to generate transgenic parasites, advanced imaging techniques and the implementation of new chemoproteomic protocols. Parasite culture, biochemistry and