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generation Developing and optimizing generative models for de novo binder design Collaborating closely with wet lab scientists who will express and test the designs that have been created Developing scalable
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(DanSIC) within Molecular Bone histology (MBH) lab at the Research Unit of Pathology , the Department of Clinical Research , Faculty of Health Sciences , University of Southern Denmark . The position is
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in microfluidics, lab-on-a-chip systems, or pore-scale flow visualization Strong experimental skills and interest in interfacial or adsorption phenomena Knowledge of multiphase flows in natural porous
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strong wet-lab expertise to lead the biochemical and cellular validation of these computationally designed inhibitors. Responsibilities and qualifications You will play a central role in translating
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security mechanisms based on the intrinsic stochasticity and non-volatility of nano-devices. - Implementing simulation frameworks and experimental validation through lab characterization of devices and
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the physical understanding of the experiments performed in our lab and important guidelines for future work. Potential tasks will be to: model the electronic structure of quantum emitters in layered transition
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in the Pedersen lab focusses on ion channels and their role in several neuromuscular diseases characterized by abnormal muscle excitability. Experimentally, the work involves electrophysiology, imaging
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product detection and the GC calibrated. While Spectro Inlets will develop the elevated temperature and pressure EC-MS, this is a collaborative project, thus there will likely be interactions and lab visits
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at Aalborg university, including funding activities as well as the development and coordination of scientific webinars, seminars and workshops in the research platform Arctic Lab. Themes for the proposal may
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are based on AAU's problem-based learning model. The department leverages its unique research infrastructure and lab facilities to conduct world-leading fundamental and applied research within communication