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Job Description Are you interested in uncovering the mechanisms underlying human social dynamics between dyads, groups, and networks, during real-time social interaction? We invite applications
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the project's industrial partner. You will in combination cover multi-physics modelling of manufacturing engineering and mechanical engineering as well as materials science. We are particularly looking
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: To construct the mechanics and electronics of the microscope at DTU. To interface the microscope with the existing STM. To engineer and implement the oxide membranes onto a cantilever. To explore and understand
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will enjoy a high degree of freedom to define their research agenda within the project’s context. In this project, you will explore advanced runtime mechanisms for the timing analysis and reconfiguration
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. You will use neuroimaging and psychoacoustic tests to gain a better understanding of tinnitus mechanisms and explore improved tinnitus treatments. You will collaborate closely with colleagues and work
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. Responsibilities and qualifications The project aims to (i) mechanistically understand the foraging mechanism in diverse phagotrophic flagellates, (ii) to use the functional ecology of flagellates as a new lens to
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candidate will work on regulatory mechanisms of cell signalling downstream of proteases and receptor tyrosine kinases in mammalian cells and 3D organotypic skin cultures and will develop targeted and shotgun
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. Candidates should have a PhD degree in experimental fluid mechanics and (highly preferably) a solid background in Particle Tracking Velocimetry. You should also have a solid understanding of fluid mechanics
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electron microscopy, CT scanning, thermal analysis, and mechanical testing in combination with process and thermodynamic modelling. Responsibilities for both postdocs: To design, conduct and analyse
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Job Description Are you a mechatronics, mechanical, electrical engineer, or something similar who wants to have the opportunity to work on a project narrowing the gap between fundamental research