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engineering applications. Empa's Centre for X-ray Analytics develops X-ray analytical and imaging methods for understanding materials structure in material, life- and medical sciences. This is a joint PhD
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-world energy applications, the project aims to better capture the dynamics of urban infrastructures across different spatial and temporal scales, from building-level energy demand to district-scale
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protein-DNA interactions) Produce stable complexes between proteins and/or DNA Determine structures of proteins/complexes Design mutants and perturbations for in vivo experiments Perform in vivo functional
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concepts to connect detuned frequency ladders and induce phase locking across devices Studying the interplay of nonlinear dynamics, symmetry, and disorder in coupled comb arrays The first milestone is to
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engaging in conversation. Are you highly communicative, a strong team player, and enthusiastic about welcoming young researchers from around the world? Do you bring a precise, well-structured, and forward
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of printed biosensors while the other will address the embedding of sensors in 3D printed fluidic micro-structures. Context This project is funded in the framework of the Swiss National Science Foundation (SNF
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. Together with our team of experienced scientists, postdocs and PhD students, you will develop materials that contribute to the development of the next generation of bio-based hybrid materials. The goal
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. Together with our team of experienced scientists, postdocs and PhD students, you will develop materials that contribute to the development of the next generation of advanced hydrogels for wound care
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enables label-free trapping and sensing of single proteins in solution for up to hours. Now, we leverage the unique abilities of nanopore trapping to detect proteins and their conformations, dynamics
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structure-performance relationships for catalysts for the hydrogenation of CO2 to higher alcohols (such as ethanol). The role of this specific PhD position will be the development of model catalysts and their