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design principles into the workstreams across the NERCOUTE2026 project To enable the evaluation-design and intervention of NERCOUTE 2026 including exploring the implementation and impact of environmental
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, machine learning, governance and operations, we aim to address the complex challenges and opportunities of space exploration. CfAI is a large research group in the Department of Physics at Durham University
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students within the group as well as contributing to the undergraduate teaching within the Department. The aim is to explore the use of Rydberg excitons for photonic quantum technologies. The project is in
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their absolute ground states at temperatures around 1 microKelvin, and explored their interactions and collisions. We are now developing the use of these and other ultracold molecules for quantum science. Further
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within the group as well as contributing to the undergraduate teaching within the Department. The aim is to explore the use of reconfigurable arrays of trapped ultra-cold atoms in next generation optical
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, machine learning, governance and operations, we aim to address the complex challenges and opportunities of space exploration. CfAI is a large research group in the Department of Physics at Durham University