Sort by
Refine Your Search
-
performance. Collaborations with The Met Office and South West Water will connect the research to environmental measurement needs and realistic testing conditions. Based on the Streatham campus, you will join
-
their sensing performance. Collaborations with The Met Office and South West Water will connect the research to environmental measurement needs and realistic testing conditions. Based on the
-
ethical implications of its use in war. Focusing on AI-enabled high-intensity land warfare, the project combines the sociology of science and technology, ethnographic research, and philosophy and
-
isolates; developing and conducting high-throughput measurements of microbial growth, respiration and carbon-use efficiency; and analysing and interpreting the resulting data. The postholder will
-
experiments, delivering flow cytometry-based analyses of pathogen engulfment by insect immune cells, and generating high-quality biological samples and datasets that underpin downstream transcriptomic
-
war. Focusing on AI-enabled high-intensity land warfare, the project combines the sociology of science and technology, ethnographic research, and philosophy and ethics. It investigates the
-
Innovation, Impact and Business directorate that works closely with our academics providing specialist support for external engagement and development; Our Exeter Academic initiative supports high
-
military command by examining what AI can actually do, how military commanders and their staffs use AI in practice, and the ethical implications of its use in war. Focusing on AI-enabled high-intensity
-
tasks as part of the centre, as well as an opportunity to develop your own research interests and take part in research across the Net+ centre. The successful applicant will help to plan and deliver high
-
its use in war. Focusing on AI-enabled high-intensity land warfare, the project combines the sociology of science and technology, ethnographic research, and philosophy and ethics. It investigates the