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Field
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interactions to understand how to maximize mass, delocalization, and coherence time in quantum experiments. On the gravity side, we explore the extreme regime of gravitational phenomena of miniature source
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-state cultivation, controlled perturbation experiments, and multi-omics analyses, you will unravel the metabolic mechanisms and microbial interactions that underpin robustness and resilience in syngas
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coupled to state-of-the-art mass spectrometry analyses of proteins and their post-translational modifications, including downstream bioinformatics. Biological applications will include work on bacterial
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-efficient and high-performance photonic devices have been driven by the quantum revolution. This PhD studentship aims to develop novel materials and components that facilitate strong light-matter interactions
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and science to thrive. PhD position - Modelling plant-microbe interactions Our goal: Advance our understanding of plant–microbe communication to support the development of more resilient crops. Your
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provide a dynamic environment which empowers excellence with state-of-the-art technologies, cutting edge infrastructure, and a global scientific network. Contribute your knowledge, vision, and dedication
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techniques for human-to-LLM reasoning transfer and interactive training methodologies to enhance detection robustness. Leader board development and validation: you will design and implement a dynamic
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highly multidisciplinary approach, using state-of-the-art strategies and technology such as hiPSC stem cells, biomaterials or additive manufacturing (3D printing and bioprinting). Our aim is to generate
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well as investigating and tailoring the interaction of ultrasound in tissues and with engineered microstructures such as antibubbles . Ideal candidates will have a background in physics or mechanical/electrical
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highly recommended. The research activities of the Chair of Ultrafast Microscopy and Photonics concentrate on many-particle effects and interaction with light in solid matter for basic research and