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(scRNA-seq) data, and structural data from cnidarians, and we will develop new algorithms to analyze the evolutionary history of muscle components. You will study the evolution of muscle components during
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setups to study the transformations in a reversible and non-reversible regime of thin films of AZO (Al-doped ZnO). - Characterize the evolution of excess charge carriers and recombination times in
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, the environment and ecology, transportation, robotics, energy, culture, and artificial intelligence. Overview of the CNRS as an employer: https://www.cnrs.fr/fr/le-cnrs Presentation of IRISA as the host laboratory
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and nearly 500 staff members. The ICGM contributes to the development of chemical research with the aim of creating and characterizing complex materials with functionalities that have a significant
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MolKiCy project at the PPSM laboratory at ENS Paris-Saclay. This PhD topic forms part of the ANR MolKiCy project at the PPSM laboratory at ENS Paris-Saclay. Its aim is to develop new families of molecules
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stained to resemble H&E images (https://doi.org/10.1364/BOE.10.005378 ). This postdoctoral position aims at developing tools for classical H&E and virtual SRH staining and classification. This work is
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. Over the past decade, Sorin Olaru and collaborators developed MPC-based congestion management and distributed control tools that account for storage and curtailment [1, 2, 3]. These works motivate
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endoscopic exploration. Recently, we developed a wide-field coherent Raman microscopy technique using speckle illuminations and Coherent Anti-Stokes Raman Scattering (CARS) contrast to produce chemical images
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computational imaging. The successful candidate will develop ISOM, enabling real-time super-resolution optical microscopy. This ambitious goal will require both improvement and innovation on the existing setup
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generalized parton distributions (GPDs). A key component of the PhD will also involve the development of novel algorithms designed to overcome current computational and theoretical challenges in hadron