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-anchoring amine sites will be explored to further increase the local concentration of CO2 at the surface of the electrode. This novel architecture is expected to achieve selective CO2RR towards C2+ products
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of this project is to develop a new Exechon-type parallel robot architecture that can be moved for machining and drilling tasks on large parts in the aerospace and naval sectors. This architecture has to meet both
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focused on exploring the molecular architecture of the cell wall of several microorganisms. These cell wall structures are made of proteins, lipids and polysaccharides and are crucial components of the cell
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electronics industry. This requires new generations of power devices and conversion architectures that should lead to optimizing energy management by reducing their size (mass, volume) and being as close as
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address several crucial aspects of the architecture of the envisaged systems: - Type of nanocubes: particular attention will be paid to the diversity of types of nanocubes obtained chemically, starting with
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design, and innovative computer architectures. Our research interests range from the study of fundamental phenomena to the design of new devices with potential for technological applications in information
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will be deleted. Thanks to these treatments, autonomy capabilities can be improved in real time. For the fusion architecture, preference will be given to a distributed architecture. In this case
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the design stage. The main objective here is to develop approaches in which molecular chemistry (LCC) and nanotechnology (LAAS-CNRS) are combined to produce micro/nano-scale architectures in which
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of data and extremely high operational complexity which make the use of supercomputers inevitable. Following recent technological developments, the architecture of high performance computers is becoming
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through porous structures. The candidate will use 3D printing tools to reproduce natural porous architectures (rocks, fractures, vessels, membranes) and image scalar transport using novel tomography