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strategies based on transient conductive polymers. By working at the interface of chemistry, biology, medicine, and bioelectronics, we aim to translate fundamental scientific discoveries into innovative
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) ADDITIONAL REQUIREMENTS * experience with conductive polymers, particularly PEDOT * experience in electrochemistry and techniques such as EIS and CV * experience with 3D printing or 3D bioprinting
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of proton-conductive polymers to create innovative membrane materials. You will systematically investigate how molecular structure, composition, and membrane architecture determine proton transport
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Science and Technology, Campus Norrköping Research area The Laboratory of Organic Electronics (LOE, https://www.liu.se/loe ) at Linköping University is a world-leading research environment in organic
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stability and performance, with the aim to develop energy-efficient optoelectronic devices. You’ll select and design conductive polymers, fabricate electronics devices, then build in-situ UV-Vis/Raman