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multi-junction solar cells. The researcher will work collaboratively within the group as well as with external project partners. They will make use of the extensive laboratory facilities in the physics
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(or close to completion) in Physics, Astrophysics or a related field. They should also have a strong background in galaxy dynamics, interstellar medium, and star formation via mm/sub-mm interferometry
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and international partners. Support the application process for projects and securing third-party funds. Take on administrative tasks in research, teaching and administration. This is part of your
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enquiries about this job contact Professor Marysia Placzek (Professor of Developmental Neurobiology / PI) at [email protected] Next steps in the recruitment process It is anticipated
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. The research requires expertise in multi-step synthetic organic chemistry and characterisation of complex molecules, and expertise in quantitative supramolecular chemistry, physical organic chemistry and/or
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data-taking and analysis in search for dark matter and other new physics signals. The XLZD experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The
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data-taking and analysis in search for dark matter and other new physics signals. The XLZD experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The
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like to request any adjustments to support you through the application or interview process, please contact the recruitment team at [email protected] . How to apply You will be required to upload
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to making the process accessible to everyone and can provide additional support to adjustments to meet your needs’ How to apply – Please apply with an up to date academic CV and cover letter outlining your
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chemistry, physics, and computer science. Success in this role requires the ability to engage effectively with colleagues from diverse backgrounds and career stage. If you are still awaiting your PhD to be