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, these robots must perceive, plan, and act in open-world conditions: never-seen objects, shifting lighting, clutter, domain shift, and multi-task requirements. These factors challenge current robotic systems
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functional polymer strands into these DNA devices, which allows them to respond to light, heat, or chemical environment. In this project you would design, construct, test, model, and develop DNA-polymer hybrid
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developing novel molecules to address unmet clinical needs. This is evidenced by high impact and highly cited publications, innovation (e.g. 20 new ideas from UK universities that will change the world
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with advanced instrumentation and custom software to unlock new functionalities. In later phases of the project, the refined technique will be applied to characterise both commercial and custom-designed
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The global infrastructure landscape is dominated by ageing assets, many of which were not designed with today’s loading and environmental challenges in mind. Extending the service life of existing
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Job Purpose The Community Innovation Practitioner (CIP) will be embedded within the Health Economics and Health Technology Assessment (HEHTA) unit and the Living Lab at the University of Glasgow
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: The effect of multiple robots in human-robot interaction Playful engagement with Politics in the time of misinformation Actor-Controlled Interactive Sound Design in Live Theatre Performance Interactive Sound
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When light illuminates nano-sized metallic structures, the free electrons in the metal collectively oscillate, creating `plasmons'. By specifically designing the geometry and arrangement of the nano
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catalysis. As part of this project, you will synthesise planar Sb and Bi pincer complexes, investigate their element-specific reactivity, and contribute to the design of transition metal-free catalytic cycles
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-climate analytics, social vulnerability modelling, and participatory engagement with local authorities, including Loughborough (UK), to co-design targeted interventions and translate findings into open