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employ cutting-edge single-cell and spatial omics technologies with bioinformatics and machine learning to decipher principles of gene regulation underlying cell identity and its disruption in human
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DynaMIT project, which aims to explain how Earth's atmosphere is dynamically coupled to space. The project integrates high-resolution observations with new simulations based on first-principles fluid
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biology, biochemistry, and advanced proteomics to uncover new principles of ubiquitin regulation in health and disease. The project is conducted in close collaboration with Associate Professor Jonathan
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molecular cell biology, biochemistry, and advanced proteomics to uncover new principles of ubiquitin regulation in health and disease. The project is conducted in close collaboration with Associate Professor
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employ cutting-edge single-cell and spatial omics technologies with bioinformatics and machine learning to decipher principles of gene regulation underlying cell identity and its disruption in human
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of the chemicals on droplet stability. You will be responsible for the following: Implementing AI imaging to analyze high-speed droplet movies. Relating the results to the HLD principle and performing its parameter
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characterize new thin-film materials identified by AI and by physics-based first-principles calculations, with the goal of finding suitable properties for light trapping, i.e., a combination of high refractive
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employ cutting-edge single-cell and spatial omics technologies with bioinformatics and machine learning to decipher principles of gene regulation underlying cell identity and its disruption in human
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In the intersection between combatting climate change and world hunger, a new technology has emerged that enables food (protein) to be made from air (CO2) using nature’s own principles. The novel