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the development of a phase-field model to study the mechanisms of formation and growth of tetrataenite (Ni-Fe with the L1₀ ordered structure) during cooling. The objective is to incorporate the presence
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interacts sequentially with at least two structures of the host envelope: a conjugative pilus and the Tol system involved in membrane integrity and cell division. However, it is unclear how fd binds
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hosts about 110 researchs active in the field of materials, surfaces, processes and structures. The neuro group is based in FEMTO's Department of Automation and Robotics, which hosts about 80 researchers
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activity (2, 3). This finding was unexpected because PCPE1 and PCPE2 are very similar in terms of sequences and structures. Objectives The main objectives of the PhD project will be (i) to elucidate
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. Since 2017, active research has been conducted on a revolutionary robotic structure called “vine” growing robot. It is a soft, inflatable robot, which deploys by growth at the tip instead of rigid body
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mechanical structures, systems, and processes. Our areas of activity are in line with those of the mechanical engineering industry, with a particular focus on projects in the fields of aeronautics, space
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using laser diagnostics, including: Flow visualization via Particle Image Velocimetry (PIV) Flame structure imaging via OH Planar Laser-Induced Fluorescence (PLIF) Wall temperature measurements via Laser
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electrospinning devices, as well as structural characterization tools (microscopy, X-ray, spectroscopy), and mechanical and rheological equipment. Context This PhD is part of the ANR FLIGHT project, which aims
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Targeted Project Complexflows, which aims to promote and structure the interactions of mathematics with other sciences around current issues. The thesis will be co-directed by F. Radjaï (LMGC, ED I2S 166
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queries within embedded knowledge graphs. It will involve designing or adapting efficient indexing structures tailored for vector databases and exploring hybrid neurosymbolic techniques to enhance query