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mechanics of soils and rocks with technical applications and includes numerical methods as well as experimental characterization. The subject of the position is within the research areas of soil dynamics
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domain dynamics in ferroelectric materials. These are characterized by the existence of domains in which there is an aligned polarization, similar to the aligned magnetic domains in ferromagnetics
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to cycles of drying and rewetting. This project aims to unravel the impact of climate on soil organic carbon dynamics, focussing on the integration of recently uncovered insights into modelling regarding
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material including ultrafast dynamic processes. The project will explore inter- and intra-granular kinematics, strains and stresses using x-ray tomography and 3D x-ray diffraction, as well as dynamic
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computations Subject description Focus for this positions is to study III-V RF-transistors based on nanowires in scaled geometries. Modeling of the dynamic transistor properties will be important. Applications
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in close collaborations between Northvolt and LU. The aim with the doctoral project is to develop next generation simulation methodology to predict thermal runaway on the cell level. The combustion and
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collaborate Additional qualifications for the position are: Experience of methods particularly important for a project on ABO-universal blood, e.g. flow cytometry, molecular biology, protein chemistry like
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to evaluate landscape scale synergies and trade-offs of nature-based solutions (NBS) assemblages for climate, biodiversity and communities. Evaluate the socio-political conditions and dynamics of nature-based
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equality and diversity as a strength and an asset. Description of the workplace The research group Molecular Metabolism conducts research aimed at understanding why the insulin-producing beta cells in
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project “Core dynamics on millennial timescales (PALEOCORE)”. In this project we will use new models of how Earth’s magnetic field has varied through time, based on geological and archeological data