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Laboratoire Interdisciplinaire des Energies de Demain - Université Paris Cité | Paris 15, le de France | France | about 13 hours ago
scale to model and optimize the optical and mechanical properties of both the photoswitch and the photomorphon (the photoswitch and its neighboring polymer chains), the latter governing how
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Functionalization reaction on molecular model substrates Polymer synthesis by chemical post-modification Physico-chemical characterization of polymeric materials at different scales Writing of reports and articles
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. You will be supported by an interdisciplinary supervision team of academics and industry partners, offering complementary expertise, spanning acoustics, nanocomposites, theory and modelling, polymer
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exploring multi-functional and sustainable polymers for additive manufacturing in robotics. SUME (https://www.vubtechtransfer.be/sustainable-materials-technology ), is the sustainable materials engineering
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vitro cell assays,and biofilm studies. Experience in working with microbial pathogens and characterizing polymer-bacteria interactions is essential.Familiarity with in vivo animal models for infection and
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Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The deposition of polymer brushes on solid surfaces creates versatile
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experimental design, identify technical challenges, and contribute to project planning and feasibility assessments. • Conduct polymer synthesis and perform comprehensive material characterization using
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analysis At least 5 publications in peer-reviewed scientific journals or patents Modeling in polymer processing, particularly injection molding and extrusion; numerical simulation of transport processes
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externally funded, convergence research at the intersection of polymer chemistry, surface science, sensor technologies, environmental engineering, with Omics-driven approaches for materials discovery. This is
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framework for the modeling of polymer nanocomposites under nonlinear elasticity at large deformations. The microstructure will be explicitly described at the microscopic scale through nonlinear micromechanics