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of EEG and hyperscanning paradigms for the project. Key activities will include developing and refining experimental tasks, preparing EEG protocols, supporting EEG data collection, developing preprocessing
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: Development of novel designs and mechanisms for shape-morphing structures Development of models for sensing and control in shape-morphing systems Experimental implementation of designs Engaging in scientific
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and operate laboratory-scale reaction systems for catalytic performance evaluation. Perform experimental studies and computational modelling to understand material properties and electrocatalytic
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lead the experimental programme for the development and testing of the bioelectrochemical lithium recovery system. You will work closely with the academic research team and industrial partners across
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diseased individuals Model how mutant and non-mutant tissues respond to non-pathogenic and pathogenic challenges. Work closely with experimental and clinical collaborators in a highly interdisciplinary
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single-cell and single-nucleus multi-omics, machine learning/AI, computational biology, and experimental validation to understand cardiovascular disease progression and identify novel therapeutic targets
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experience in robotic modeling, control, prototyping, system integration, and experimental validation. • Ability to conduct independent research and communicate effectively in English for
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methods respectively. The fellow will be expected to collaborate with researchers whose expertise lies in experimental moral psychology. The fellow will actively contribute to research relevant
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. Applicants for these positions should have a Ph.D. in experimental particle physics. Experience with state-of-the-art detector systems and with the analysis software of a particle physics experiment are
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calorimetry, experimental evolution studies, phylogenetically informed statistical analysis of comparative data compiled from the literature and/or collected using experimental studies, and the ability