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challenges facing our society in the 21st century. It is precisely this challenge that is the focus of the research activities of the proposed project, which aims to optimize energy management in a number of
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Interatomic Potentials) code for ternary compounds with variable composition with crystal structure optimization algorithms (evolutionary, random, etc.); - Application of the CSP DFT/MLIP methodology to various
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, and the fluctuational electrodynamics, theoretical calculations will be done to quantify and optimize this rectification effect for nanowires of SiO2, SiC, and SiN with a gold coating at one
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includes both theoretical and experimental components. This fundamental research aims to open new perspectives on various topics: optimizing the stability of micro-mechanical systems, controlling the energy
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to explore systems in which light (near-infrared) and acoustic phonons (20–300 GHz) can be confined simultaneously. Numerical simulation and optimization of acoustic and optical resonators Design and
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: Identification of immune signatures associated with an effective vaccine response. Clarification of the role of different cell types in cross-presentation. Preclinical data useful for optimizing vaccine
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of neuronal and vascular responses; Contribute to the instrumental optimization of the imaging system (detector configuration, illumination control, multi-camera synchronization); Analyze and interpret
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silicon waveguides with a nanometric core. This work will include the development and optimization of simulation tools for the design of these waveguides, combining numerical results with simplified models
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scientists to correlate optical observables with atomic-scale domain configurations and switching mechanisms. • Maintain and optimize cryogenic optical instruments and participate in the fabrication of high
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influence helps detect labeling errors or prioritize unlabeled images, optimizing the learning algorithm and service quality. The doctoral student will carry out their work at IMAG (UMR of Mathematics) and