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Efficient coding in touch: Exploring cortical feature tuning in the somatosensory system through the lens of efficient coding School of Psychology PhD Research Project Self Funded Dr Hannes Saal
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their behaviour with respect to their position in the embryo? This PhD project will focus on dissecting the external and internal factors driving a cell to stop moving become epithelial, guiding this fundamental
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collaboration across fields, institutions, industry, and society to tackle questions that no one could answer alone. As a postdoc, you’ll be part of a dynamic environment that values your individual expertise
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of bacteria to membrane-targeting antibacterial compounds. This postdoc position will be responsible for the biophysical exploration using various ultrafast spectroscopy techniques, primarily time-resolved
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original scientific research and publication of research papers. You should have the ability to work and communicate efficiently with other members of the team (supervisors, students and postdocs), and
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instead use live microscopy and automated image analysis to individually study the behaviour of thousands of cells. This single cell approach will allow us to resolve key checkpoints in the germination
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parallel processing, FPGA coding and analysis, along with Machine Learning and AI based image analysis. The final aim of the project will be to generate in-situ / live film profile data to coating line
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corrected. The research will be comprises of running slot-die coating equipment, computer coding, image analysis, development of imaging and illumination set-up, deployment of high-voltage high voltage
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Body image treatment: The role of mirror exposure in reducing eating pathology School of Psychology PhD Research Project Self Funded Prof Glenn Waller Application Deadline: Applications accepted all
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science. Supervision will be provided by Professor Mikko Juusola (Drosophila vision and neural coding) and Dr Anton Nikolaev (zebrafish neuroscience and imaging), both leading collaborative groups within Sheffield's