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computer, virtual data storage, and access to software tools for specialized data analysis (e.g., Cryo-EM data, crystallography, etc.). Structural microbiology: Exopolysaccharide secretion and host
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and fabricating innovative microfluidic devices; - Developing experimental methods to measure tissue permeability, elasticity, and compressibility; - Performing transport experiments under controlled
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of about 10 nm in thickness, too thick for electronic tunneling effects. This PhD project aims to explore other ferroelectric-based devices that exhibit this type of double polarization hysteresis as a
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of the team are structured around 3 research aeras: • Research Area 1: On-line analytical methods via microfluidic devices for the quantification of air pollutants; • Research Area 2: Off-line analysis methods
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of such sensors requires a detailed understanding of the coupling between acoustic and optical behaviors, as well as the influence of the localization of optical modes on the acoustic bandwidth of the device
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the Advanced Encryption Standard, some specific contexts (think about resource-constrained IoT devices for instance) create the need for new ciphers with specific attributes. Evaluating the security of both
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device development, photocrosslinkable hydrogels, PRIMO 405 nm light-based photopatterning, advanced imaging, and technological integration. RESTORE will contribute its expertise in human adipose tissue
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fusion devices. However, microscopic studies revealed a porous morphology of these targets, not adequately reproducing the thin film deposit found in tokamaks. This might be responsible of a spurious
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capacities (around 280 IT) in all the major fields required to design, develop / implement the experimental devices necessary for its scientific activity, as well as the design, development and use
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, the work will benefit from the complementary expertise of the PIIM and IRAP groups in theoretical modeling and numerical simulations of centrifugal instabilities, in the context of both laboratory devices