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Field
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with a strong theoretical or methodological component. Interdisciplinary training that bridges theory, computation and empirical data. Training in one or more of the following areas: complex systems
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initiative involving leading photon science facilities, MAX IV is developing sustainable approaches to scientific data reduction and scientifically validated lossy-compression methods for tomography and
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up and maintain experimental workflows by implementing or adapting existing tools. Methods will include advanced flow cytometry, in vitro functional assays for hematopoietic stem cells and immune cells
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appropriate statistical methods, contribute to scientific publications, project reports, presentations and other communication of research results, participate in project meetings and collaborate with academic
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production, to recovery after completing mining activities. Subject description Mining and Rock Engineering comprises mining technology, rock engineering and rock mechanics, including rock mass properties
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if there are special grounds, for example, different types of statutory leave of absence. We would also welcome applicants who have very good knowledge of both qualitative and quantitative methods experience
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complementary microscopy techniques, and developing nanoprobe-based sensing methods. A central goal is to understand nanoparticle behaviour and interactions in complex environments and to establish new approaches
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heavy-metal-based quantum dots. We will explore the potential of these sustainable luminescent nanomaterials as color-converting layers in light-emitting devices and in other advanced optoelectronic
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, physicochemical and functional properties, process, analyse and interpret experimental data using appropriate statistical methods, contribute to scientific publications, project reports, presentations and other
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materials. The work may include development and application of AI-based protein design methods, experimental characterization of designed proteins, microbial engineering, biofilm design, and high-throughput