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Field
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. The project in a nutshell: In this multidisciplinary project, you will test polymeric semiconductors as electrode materials for electroorganic synthesis. You will fabricate and evaluate the performance
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of this position is within the field of immuno-oncology, specifically establishing ovarian cancer tumor models based on cell lines and freshly resected patient tumor material for evaluation of immunotherapeutic
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ability within the subject area. Experience in validation, performance evaluation and maintenance of acoustofluidic devices. Experience developing methods for integrating acoustofluidic sorted samples with
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evaluation of virtual sharing configurations, assessment of metering and system integration requirements, and quantitative analysis of economic, regulatory, and grid impacts. The role involves developing and
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on stand management in conifer tree species and choice of tree species in harsh conditions. The experiments that will be evaluated in this post-doc project are located in the boreal part of Sweden. The post
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evaluated and validated using uniquely integrated historical datasets comprising environmental, social, demographic, mobility, and epidemiological information. The successful candidate will contribute to a
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to chemical pesticides and test and evaluate those alternatives empirically. The postdoc will coordinate a synthesis of scientific and stakeholder knowledge and possible innovations, as well as design, conduct
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with researchers and stakeholders identify the most effective and feasible alternatives to chemical pesticides and test and evaluate those alternatives empirically. The postdoc will coordinate a synthesis of
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quantitative and semi-quantitative chemical analysis in relevant case studies; (iv) apply the framework using results from the case studies and existing monitoring data and evaluate the effectiveness; (v
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-storage devices. The postdoctoral researcher will plan, perform, and analyze experimental studies, including materials synthesis, structural and chemical characterization, and electrochemical evaluation