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healing models, or antimicrobial testing is advantageous. Our offer A highly international and multidisciplinary research environment Access to state-of-the-art research infrastructure Scientific training
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validate backbone integration by NMR, GPC, DSC, DMA, tensile testing, UV-Vis spectroscopy, and pump probe characterization. Design and characterize synergistic switching cascades (collaborative, competitive
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for assessing heat stress and evaluating mitigation strategies Plan and perform experiments using thermal manikins, environmental sensors, physiological measurements, and climatic test facilities Analyse and
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BREGUET, Thun, Switzerland) for micromechanical testing of metamaterial structures. Research environment The Laboratory for High Performance Ceramics of Empa is equipped with all necessary facilities
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mechanisms, and analyze complex datasets to connect microscopic processes with macroscopic performance. Close collaboration with project partners will support the development and testing of materials and cell
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) for micromechanical testing of metamaterial structures. Research environment The main research lab will be the Laboratory for High Performance Ceramics of Empa Swiss Federal Laboratories for Materials Science and
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their lifetime in the environment. This PhD project aims to examine the atmospheric aging and in-cloud scavenging processes of micro- and nano-sized plastic particles through laboratory studies. Your