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would be an advantage Experience performing and analysing experiments with gamma-ray and charged-particle spectroscopy would be an advantage. Particularly knowledge of Coulomb excitation and/ or gamma-ray
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particles down to nano or clusters or quantum molecular scales. Your work will be in preparation and performance predication (numerically if possible) for exploring enhancement of agents or additives
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research portfolio covering three principal themes: Quantum Matter, Particle and Nuclear Physics, and Astronomy and Astrophysics. The University of Birmingham is an equal opportunity employer. The School
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contributions In addition: Experience with data analysis using the ROOT analysis package would be an advantage Experience performing and analysing experiments with gamma-ray and charged-particle spectroscopy
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which will quantify and develop a mechanistic understanding of how environmental controls drive fine sediment impacts for freshwater biota. Fine sediment (typically defined as particles <2mm) deposition
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, including polymeric material and self-assembled polymer particle characterisation. The project will be hosted in the groups of Prof. Rachel O’Reilly and Prof. Andrew Dove in the School of Chemistry. The post
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, Sherwood, The300). The Astronomy group shares research interests with the Nottingham Particle Cosmology group housed in the same building. You will also have collaboration opportunities with other groups in
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, The300). The Astronomy group shares research interests with the Nottingham Particle Cosmology group housed in the same building. You will also have significant collaboration opportunities with other groups
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for information about how to apply: https://cscuk.fcdo.gov.uk/scholarships-filter-search/ This funding is available to students undertaking the following types of study: Postgraduate taught Postgraduate