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silicate melts. The sub-sequent missions will be decided with the candidate. The candidate will use internally heated pressure vessels, piston-cylinders, multi-anvil and diamond-anvil presses plus many
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of the EPSRC funded ‘PINCODE’ project (EP/X028712/1), under the clear guidance of Prof. Murray Pollock and Prof Hongsheng Dai Work closely with other members of PINCODE, including Prof. L. Aslett
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for the simulation of non-adiabatic exciton transfer dynamics in light-harvesting complexes. The research will use a combination of quantum and molecular dynamics simulations, electronic structure calculations, and
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optoelectronic characterization of materials and devices. • Use of green solvents and up-scaling processes, study of devices sustainability. Eligibility Applicants must have a BSc and MSc in Chemistry, Physics
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to develop and test novel designs that should improve the reliability and performance of the procedure when they move on to clinical use in patients. The project will entail development and use
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on quantitative analysis with sufficient validation. How should we collect right, timely, reliable data? How do we transfer models and data sourced from multiple, heterogeneous lifts? How do we model uncertainty
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. The position is located at the Department of Optometry, Radiography and Lighting Design and reports to the Head of Department. The place of employment is Campus Kongsberg. The employment period will be three
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equity between population groups. To address these questions, the researcher will be able to apply advanced health economic methods and make use of valuable datasets that longitudinally track Belgian
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Zurich and Prof. Linda Douw at the AUMC in Amsterdam. Your Tasks work on research project (70 %) research training activities in Bielefeld and in the TRANSCEND network (30 %) Employment is conducive
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• Coalitional models for efficient sharing of joint energy infrastructure (such as a community heating network or community battery). This can use, e.g. techniques from coalition theory such as Shapley values