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. The aim is to develop strategies for potential applications in information technology and quantum technology. A cleanroom for component processing and a variety of modern analysis methods are available
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. The aim is to develop strategies for potential applications in information technology and quantum technology. A cleanroom for component processing and a variety of modern analysis methods are available
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methods, thermodynamics of solvation shells, constant-pH simulation methods, Markovian thermodynamics, as well as functional mechanisms of the ribosome, fatty acid synthase, CRISPR/Cas, or intrinsically
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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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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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. Such superlattices are the key element for many prospective applications, including light-emitting diodes (LEDs) and electro-optical modulators. - Time-resolved X-ray diffraction. In this project, we want
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regulatory networks, cell behaviour, and morphology during this process. By examining species across evolutionary scales, we aim to uncover the mechanisms underlying morphological evolution and the general
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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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the distribution of mechanical loads in the wind farm, thus also extending the lifetime of the wind farm. Your PhD project is integrated into the Living Lab 70 GW Offshore Wind, which researches crucial aspects
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research foci include spaceflight mechanics, orbital robotics and systems engineering for advanced space missions. This university-funded Ph.D. research will investigate both fundamental and applied