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novel photoluminescent complexes for sensing, upconverting materials, and quantum technologies. The successful candidate will be required to hold (or near completion of) a PhD in inorganic chemistry
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working with Prof. George Chen. Join a multi-disciplinary team at the TDHVL that includes academic staff, postdoctoral researchers, engineers, PhD and undergraduate students. For further details on our
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system You should hold a PhD (or equivalent experience) in Plasma Physics, Electrical or Aerospace Engineering. Experimental experience is essential; CFD or non-thermal plasma and power electronic design
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hold a PhD (or equivalent experience) in Plasma physics, Aerodynamics, Mechanical, or Aerospace Engineering. Essential criteria include experience in numerical modelling of plasma flows and discharge
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of) a PhD in inorganic chemistry. Experience in organometallic, f-block chemistry, photophysical characterisation, and single-crystal X-ray diffraction is highly desirable. The growing research team
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high voltage cable insulation. You will be working with Prof. George Chen. Join a multi-disciplinary team at the TDHVL that includes academic staff, postdoctoral researchers, engineers, PhD and
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requirement. Good administrative and digital skills are essential. You will be part of the project team led by the PI, working closely with the other project Research Fellows, as well as the project PhD
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of) a PhD in organic chemistry and/or supramolecular chemistry. Experience with supramolecular chemistry, vesicle-based assays, DFT calculations, photophysical characterisation and/or cell biology will be
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techniques and methodologies that relate to this exciting research program. To be successful with your application, you will need to demonstrate: An awarded PhD in Physics/Engineering or equivalent
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a PhD or equivalent qualifications and experience in data-driven fluid mechanics and turbulence. Please contact Dr Christina Vanderwel (C.M.Vanderwel@soton.ac.uk ) for further details about the