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Field
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plant responses to applied forces, and fusing interaction-derived signals with visual data for anomaly detection under field-relevant conditions. This postdoctoral scholarship is financed by the KEMPE
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of molecular sensing circuits Designs and carries out experiments in BSL2 lab space Performs quantitative analyses and generates data-rich visualizations from data Demonstrates ability to perform
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interaction studies, the use of tools for generating in silico models, and issues related to the project’s subject matter. Ability to plan and conduct experiments and to visualize results. Ability to make
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). To engage in the wider research and scholarly activities of the research group, School or College. To interact closely with postgraduate research students who are studying for a Masters or a PhD and possibly
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media systems, with implications for subsurface biogeochemistry and sustainable critical mineral extraction. The researcher will conduct microfluidic experiments to visualize and quantify fungal–mineral
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gene-drug interactions. In order to decipher the genetic and gene-drug interactions, we use model systems like Drosophila, human cell cultures and patient-derived organoids in high-throughput screens
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the genetic architecture of molecular traits alone and in interaction with the environment. S(h)e will help in defining the direction of scientific work, conducting research, analyzing data, preparing the work
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high energies. One promising lead on this topic is the use of hydrodynamic optical-field-ionized (HOFI) channel in the plasma target to allow for longer and more stable laser-plasma interaction. Where to
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funded by the Leverhulme will collaborate with the PDRA on parts of the project. The candidate should be able to provide evidence of expertise in visual psychophysics and should have strong computing
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activities related to cloning and/or synthesis of nucleic acid nanotechnology Designs and carries out experiments in BSL2 lab space Performs quantitative analyses and generates data-rich visualizations from