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unravel the atomic-scale mechanisms that underlie the high strength and ductility of Mg-rare earth (RE) based alloys. This will be achieved through a combination of advanced microstructural characterization
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Description Your profile We are seeking an evolutionary and/or developmental biologist with a solid empirical background and methodological skillset and a keen interest in addressing fundamental
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research foci include spaceflight mechanics, orbital robotics and systems engineering for advanced space missions. This university-funded Ph.D. research opportunity focuses on both the fundamental and
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projects within the open call on “Molecular Mechanisms in Genome Stability & Gene Regulation”. As an IPP PhD student, you will join a community of exceptional scientists working on diverse topics ranging
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apply the technique of wafer bonding to charged surfaces and interfaces, i. e. bonding to ferroelectrics together in order to establish a solid-state bonding of a nominally charged interface, as
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processes governing the evolution of deep geological repositories for radioactive wastes. Our work focuses on the tightly coupled thermo-hydraulic-mechanical-chemical-biological (THMCB) processes that drive
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science. A wide range of quantum theoretical methods shall be employed. A solid background in quantum mechanics and programming skills are prerequisite for this position, as is the readiness to learn and to