17 renewable-energy "European Molecular Biology Laboratory (EMBL) " uni jobs at Lancaster University in United Kingdom
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. The position is for an initial term of four years, potentially renewable for one further year, within the University’s AD appointment process. The department from which you come from will be appropriately
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to delivering consistent performance across a wide range of requirements for both public and private networks, all while striving for maximum energy efficiency. Through leveraging Open RAN (Radio Access Network
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reflected in workload allocation models. The position is for an initial term of four years, potentially renewable for one further year, within the University’s AD appointment process. The department from
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homeostasis and disease with a focus on skin and the melanocyte lineage. We use live imaging of cells and tissues and biosensors of cellular processes such as cell cycle progression combined with mathematical
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equality in higher education and research. The School achieved its own Athena SWAN Bronze award in 2018, renewed in 2023. It is a full time appointment (12 months) with possibility to be part time and of
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April 2024 Reference: 1289-23-R We are looking for a motivated and skilled researcher to join our team working on innovative vibration energy harvesting technologies. The role will involve developing
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at Lancaster University invites applications for a Post-Doctoral Research Associate to work on a collaborative EPSRC Programme Grant, ‘Quantum engineering of energy-efficient molecular materials’, (QMol
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, potentially renewable for one further year, within the University’s AD appointment process. The department from which the appointee comes will be appropriately supported to cover any effects on the delivery
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consistent performance across a wide range of requirements for both public and private networks, all while striving for maximum energy efficiency. Through leveraging Open RAN (Radio Access Network) platforms
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practices into research. They will draw together information from across the sector around research travel, conferences, laboratory practices, energy use and fieldwork. A ‘decision tree’ approach will be