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to create a steady flow of 1000 Bar low voidage emulsion (particle voidage greater than 40%). Alternatives include a high-pressure pump or batch filling and depressurising into a buffer / separation vessel
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dispersion - and develop a system to disperse the particles. The project will explore the options for dispersion and the options for nozzle design and whether substantial additional air supply is needed
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labs to measure more complex properties such as foaming, phase separation or particle formation, and fine-tune our AI models. In this project, you will combine a deep knowledge of physical chemistry with
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chromatograph, FIA and electronic particle counters i.e., Coulter counters also available. As a PhD fellow, you will be associated with the research groups and get access to instrumentation of your main and co
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particles, the birth of the universe or the functioning of the brain. If you feel the profile fits you, and you are interested in the job, we look forward to receiving your application. You can apply online
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I am an experimental particle physicist and I specialise in the study of particles containing the beauty and charm quarks. My research aims to help improve our understanding our universe by
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therapy, because of a donor organ shortage. Unfortunately, current filters cannot remove all toxins from patients’ blood, especially protein-bound uremic toxins, leading to high mortality and poor quality
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to contamination like dust particles. These drawbacks are not present when operated inside flow channels with clean gases, which is the case for the applications addressed in this project. We will focus on two types
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the next frontier of photonic quantum technologies. About the Project: Making Strongly Interacting Photons investigates a remarkable class of particles called polaritons — hybrids of light and matter
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-coupled waveguides. You will determine the ideal pulsed excitation schemes for colour centres, considering spectral, temporal and polarization filtering. Subsequently, you will characterise the spin-photon