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available to Home or International fee status applicants, and will cover full University fees in addition to an annual stipend of at least £18,622. The successful candidate will have a master's degree
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computer science, electrical engineering or physics. Having a Master's degree in a relevant subject is highly desirable. Prior experience in quantum computing research is not required, but a willingness to
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to receive a relevant Master's-level qualification, or be able to demonstrate equivalent experience in a professional setting. Suitable disciplines are flexible, but might include History, Archive Studies
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different results, which allow for different applications. One of the main challenges for modern GNSS-R applications is the detection of extremely faint signals in the presence of noise and/or interference
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experience, gained through Master's study or while working in a laboratory, are strongly encouraged to apply. Motivation, creativity and intellectual independence are desirable, as are excellent communication
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performance. The main aims of this project are: Improve our existing discrete element model ((VLS-DEM) to enable the compression performance prediction considering the attributes mentioned above. Apply the
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, of an Associated Country or of any Third Country. Researchers must be doctoral candidates (no doctoral degree at the date of recruitment) The DC must not have resided or carried out main activity (work
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the resolution on the ground, typically from 10 km to 1 km. This PhD aims at ensuring a good RF coherency between the different satellites. One of the main challenges for modern GNSS-R applications is the
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, preferably at masters level, in a relevant engineering or science discipline. Applications should be submitted for the PhD in Engineering via the University of Cambridge Applicant Portal https
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candidates with a strong background in Computer Science (1st class honours degree or equivalent, although a Master's is particularly desirable) with a particular interest in compilers or binary modification