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, the projects combine classical microbiology, microbial physiology, experimental evolution, and omics-based approaches to link microbial interactions and system performance across spatial and functional scales
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dimensions far below the wavelength. Until recently, such extreme light localization was considered impossible, yet it now enables access to regimes of strong light–matter interaction. This opens exciting new
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PhD position in Human-Computer Interaction / Human-Centred Artificial Intelligence Help shape the future of work. This PhD project investigates how collaborative AI agents can support communication
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