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to the space sector, and the PhD candidate will be a key part of this process. Requirements for the candidate: MSc degree in Physics, Engineering, Mathematics, Computer science or related fields. Solid
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suppress physical errors using quantum error correction techniques. This project aims to develop computer architecture and systems research techniques to enable the transition from current noisy devices
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focusses more on understanding the Fischer-Tropsch catalytic process and associated reactions for the production of Sustainable Aviation Fuels and other sustainable chemicals which will play an important
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are most effective? Carbon dioxide can react with the porous rock structure under certain conditions and cause re-emission of carbon dioxide. By mapping the physical and chemical degradation
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. By mapping the physical and chemical degradation of the rocks during carbon dioxide storage we can begin to understand and hence optimise selection of rocks for carbon dioxide storage. The motivation
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8 Apr 2024 Job Information Organisation/Company University of Cambridge Department Physics Research Field Technology Researcher Profile Recognised Researcher (R2) Country United Kingdom Application
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-stage formulation and process development, scientists undergo extensive experimental screening campaigns and, although the tablet failure risk is reduced, there still exist risks that remain undetected
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) Supervisor: Professor James Elliott Closing date: 16 May 2024 Stipend: EPSRC equivalent, £19327 per annum During early-stage formulation and process development, scientists undergo extensive experimental
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more on understanding the Fischer-Tropsch catalytic process and associated reactions for the production of Sustainable Aviation Fuels and other sustainable chemicals which will play an important role in
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suitable calibration strategies for the specific application. Requirements for the candidate: MSc degree in Physics, Electronic Engineering, or related fields. Solid mathematical background, outstanding