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researchers, including professors, senior and junior scientists, fellow postdocs and PhD students. Our collaborative environment is multidisciplinary, fostering creativity and innovation. ( http://liu.se/loe
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PhD students. Our collaborative environment is multidisciplinary, fostering creativity and innovation. ( http://liu.se/loe ) You will work within the Electronic Plants group, led by Senior Associate
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design and photophysical studies of the novel luminescent radicals for OLEDs and investigate the role of quartet excited states in radical OLEDs to make quartets “bright”, design of the novel metal-free
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delayed fluorescence (TADF) from single molecules. Work assignments The proposed postdoc project among others will include computational design and photophysical studies of the novel luminescent radicals
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substantial experience of in vitro work with primary human immune cells and multi-colour flow cytometry, including panel design, the development of gating strategies, and statistical analysis. The applicant
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soft, substrate-free, conducting materials directly in living tissues. This work focuses on advancing the understanding of polymerization kinetics, expanding the enzyme repertoire, and designing custom
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channels and ion channels carrying disease-associated mutations. Qualifications We are looking for someone with a PhD degree in medical sciences or similar. Good knowledge in electrophysiology, ion channel
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reasons for having an older doctoral degree – such as taking statutory leave – then these may be taken into consideration. We are looking for a candidate who completed their PhD dissertation between 1 and 3
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curious and motivated postdoc with a PhD in biomedical engineering, physics, materials science, organic chemistry—or similar—and a drive to explore new frontiers in science. 👉 Learn more and apply here
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taken into consideration. A suitable candidate will have a PhD in sociology, computer science, economics, statistics, political science or a corresponding subject of relevance to computational social