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respond to physical or chemical stimuli. The research has interdisciplinary character including material-device characterization, biochemistry and plant biology. The PhD student will work closely with
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printing) and development of experimental methodology and analysis for effective evaluation of advanced high-throughput experiments. More information about the Competence Center NEXT can be found here: https
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for effective evaluation of advanced high-throughput experiments. More information about the Competence Center NEXT can be found here: https://www.next.kth.se/ In this specific project, you will study hard, wear
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information on NEXT can be found via https://www.next.kth.se/ . In this postdoc project, a large-scale infrastructure (LSI) based methodology will be developed and utilized for in situ studies of microstructure
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sustainable materials and chemicals. Information about our research can be found here: Catalysis and Self-Assembly, CATSA . Information about Alexander Holm can be found here . This PhD position is
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and analysis for effective evaluation of advanced high-throughput experiments. More information on NEXT can be found via https://www.next.kth.se/ . In this postdoc project, a large-scale infrastructure
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in the group focus on fundamental and applied aspects of self-assembly to make sustainable materials. Information about our research can be found here: Catalysis and Self-Assembly, CATSA
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Professor Alexander Holm. Research in the group focus on fundamental and applied aspects of heterogeneous catalysis to make sustainable materials and chemicals. Information about our research can be found
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on fundamental and applied aspects of heterogeneous catalysis to make sustainable materials and chemicals. Information about our research can be found here: Catalysis and Self-Assembly, CATSA . Information
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Alexander Holm. Research in the group focus on fundamental and applied aspects of self-assembly to make sustainable materials. Information about our research can be found here: Catalysis and Self-Assembly