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recycled plastic feedstock. You will utilise pre-existing modern metrological methods such as MT 2.0/VFM to obtain rich datasets from a relatively sparse set of tests on recycled polymers, using additive
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engineering polymers from recycled plastic feedstock. You will utilise pre-existing modern metrological methods such as MT 2.0/VFM to obtain rich datasets from a relatively sparse set of tests on recycled
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, engineering or a related discipline. • You will have experience in the electrochemical testing of Li-ion batteries or related energy storage devices, alongside experience of X-ray photoelectron
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to think critically about experimental design, develop and test hypotheses, and integrate data from multiple approaches to address fundamental biological questions. The post-holder should hold, or be
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students. The post holder will develop an analytical framework to achieve the grant objectives. Specifically, the postholder will write and publish scientific papers that test whether local extirpation is
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close to completing, a PhD in chemistry, physics, materials science, engineering or a related discipline. You will have experience in the electrochemical testing of Li-ion batteries or related energy storage
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for new research directions. The post-holder will be encouraged to think critically about experimental design, develop and test hypotheses, and integrate data from multiple approaches to address fundamental
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refining experimental protocols, working with in-situ microscopy and Raman spectromicroscopy, and analysing complex datasets to test and develop new hypotheses. You will manage your own research activities
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develop an analytical framework to achieve the grant objectives. Specifically, the postholder will write and publish scientific papers that test whether local extirpation is prompted by the same
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-a-z/myant-group ) to carry out a collaborative project to test and develop a novel therapeutic for the treatment of colorectal cancer. The project, sponsored by the industry partner Trogenix, is a