687 high-performance-computing-postdoc positions at University of Sheffield in United Kingdom
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project offers a unique opportunity to apply cutting-edge computational methods to a fundamental challenge in reproductive biology: understanding why human embryos fail. As delayed childbearing becomes more
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(~ 1 s) and low operating temperatures ( The goal of this project is thus to develop substantially more durable high performing catalysts with more effective precious metal loading. To pursue this goal
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. This interdisciplinary project combines both wet bench work and computational work (bioinformatics, chemoinformatics and image analysis). The student will gain experience in working with zebrafish embryos, and the use
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design, ensuring gas flow is not lost through leakage, is an essential requirement for efficient performance and low specific fuel consumption, and is achieved by having very tight clearances between
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Virtual manufacturing of discontinuous fibre composites for high-performance automotive and aerospace structures (C3.5-MAC-Qian)
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Parliament as the locus of representative democracy, under the supervision of Professor Felicity Matthews. Working alongside Professor Matthews, the postholder will undertake a programme of research that
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models? How can machine learning and computer vision models be adapted to accurately classify the different tool wear mechanisms (like abrasion, adhesion, diffusion, and fracture) from high-resolution
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both wet bench work and computational work (bioinformatics, chemoinformatics and image analysis). You will gain experience in working with zebrafish embryos, and the use of high-content imaging
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through their programme. The ideal candidate will have outstanding customer service and interpersonal skills, and an ability to put people at ease through sophisticated and sensitive verbal and non-verbal
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throughout the biosphere. Of particular concern is their ability to bioaccumulate during food production, leading to high concentrations in foods including fish and vegetables. There is therefore a pressing