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possibilities in adaptive materials or soft robotics. Imagine interactive hydrogels that self-assemble from a ’’design-less’ state and can get their morphology optimised to perform targeted mechanical operations
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philosophical implications drawn from physical theories such as classical mechanics, statistical mechanics or quantum physics, or the roles of physics in the history of philosophy. Possible topics include
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of fundamental scientific and applied knowledge to better understand the cognitive and neurobiological mechanisms of psychopathology. We study clinically relevant processes such as biased information and affective
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of variations to study problems in materials science, particularly on the self-assembly of polymers. The goal of this project is to provide a sound understanding of the mechanisms that regulate pattern formation
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. But what makes us feel less certain in these conditions? What brain mechanisms underlie this ability? And is there something we could do to improve our estimates? This project will address these and
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estimates of the distance to surrounding traffic. But what makes us feel less certain in these conditions? What brain mechanisms underlie this ability? And is there something we could do to improve our
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driving in bad weather because we are less certain about our estimates of the distance to surrounding traffic. But what makes us feel less certain in these conditions? What brain mechanisms underlie