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produce ultra-thin polymer-based membranes and fluidic chips with polymers of intrinsic porosity (PIMs), to study molecular and ionic permeation for ionic gating, ionic memory applications, and
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. The recent focus of the group (www.macro.ethz.ch/) includes the development of: (i) rational design of dynamic polymer networks; (ii) (bio)material processing; (iii) organ perfusion and regeneration
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where your work can shape the sustainable production technologies of tomorrow – this opportunity is for you. At DTU, you will push the boundaries of what is possible in polymer processing and natural
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thermoelectric materials, including polymer-based gel electrolytes. Investigation of ion–polymer interactions, ionic transport, and thermoelectric properties. Selection and electrochemical characterization of
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parameters, plasma polymer growth mechanisms, and the physicochemical properties of the resulting coatings, and for transferring the optimized conditions from model surfaces to magnetic nanoparticles. The
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will conduct translational cardiovascular research focusing on polymer science, choice of the right polymers, characterization of the polymers, design optimization based on polymer knowledge, advanced
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2030, under the following conditions: 1.Scientific Area : Polymer or Materials Engineering or related areas. 2.Recipient category: Students enrolled in a master, doctorate or a non-degree course
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at the Charles Sadron Institute (ICS, UPR 22 CNRS), located on the CNRS Cronenbourg campus in Strasbourg. The ICS is an internationally recognised research laboratory specialising in polymer science
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optimization approach for the lightweight design of 3D-printed polymer components reinforced with continuous fibers. Artificial intelligence will support the identification of optimal geometries, material
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Experimental Physics; Quantum Materials and Condensed Matter Physics; AI for Physics. -Materials, Chemistry and New Energy: Organic Synthesis Chemistry; Polymer (composite) Materials and Intelligent