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chronic disease, stress may actively contribute to disease onset and progression through complex biological mechanisms. This PhD project aims to decipher how different forms of stress influence inflammatory
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agents, and their effects on particle morphology and filtration performance, providing opportunities to address more complex mechanistic questions. The duties may also include (e.g.) Research within
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animals, promoting biological sustainability and the preservation of valuable genetic resources, d) In addition to laboratory tasks, the researcher will be responsible for the systematic recording, analysis
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distribution, telecommunications, transportation of goods and people, Industry 4.0, medicine, intelligent buildings, etc.), but at the cost of a drastic increase in the complexity of the associated design
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systems remain too complex for widespread commercial use. This project aims to overcome these barriers by developing a high‑resolution spatial light modulator based on high‑aspect‑ratio silicon pillars
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platforms for selected range of analytes, which can be adaptable to multiple sectors. These platforms will enable rapid in-field testing and point-of-care diagnostics, eliminating the need for complex fluid
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to renewable energy sources. Thermodynamic cycles (power generation cycles, refrigeration cycles, heat pumps) play a central role in this transformation, but their optimal design remains a complex scientific
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team, you will deal with challenging questions related to artificial intelligence, sentiment analysis, social networking analysis, marketing and management strategy, public policy, marketing data
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with challenging questions related to artificial intelligence, sentiment analysis, social networking analysis, marketing and management strategy, public policy, marketing data modelling, consumer
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through multi-modal sensing, autonomous UAV platforms, and advanced AI-based analysis. A central focus is the detection of defects in bridges and viaducts using X-ray, LiDAR, visual and acoustic data