58 evolution-"https:"-"https:"-"https:" Postdoctoral research jobs at University of Oxford
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We are seeking a talented and motivated postdoctoral researcher to join our Somatic Evolution Research group led by Dr Verena Körber . You will contribute in the research of somatic evolution during
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As part of a collaborative project, the PDRA will carry out world-leading research on the development of the lithium-air battery. The Li-air battery represents a step-change in battery technology
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development (ECD) and raise global visibility of climate impacts on ECD. The post holder will be a member of Climate Research Programme at ECI in SoGE, reporting to Dr Neven Fučkar, Senior Researcher, and there
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collaborate with other technical groups working on the design. The successful candidate will also have opportunity to conduct experiments and machine development activities on the existing accelerators. The key
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relation to healthy urbanism. What We’re Looking For We’re looking for a Postdoctoral Researcher with: Demonstrable interest in urban health and/or sustainable urban development Relevant experience in
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models to understand the transmission dynamics of infectious diseases and generate insights to inform decision-making. The role will involve analysis of large epidemiological datasets, development
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internationally renowned research programmes in neurological diseases, drug development, haematology, and immunology, neuroimaging. The group led by Prof. Stephan Sanders is based in the recently formed Institute
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microwave circuit design and simulation, theoretical analysis of classical and quantum circuits, numerical method development, cleanroom device fabrication, cryogenic system operation, and microwave control
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geothermal processes along the volcanic arc, inform future field deployments, and serve as benchmarks for the development of new deep learning methods for volcanic seismicity. This project will apply deep
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diffraction experiments to examine strain and damage evolution. You will also collaborate in micromechanical testing and advanced characterisation (SEM/TEM/nano-XCT) to understand the mechanisms of deformation