176 renewable-energy "European Molecular Biology Laboratory (EMBL) " positions in France
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Field
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European environmental policies aim to significantly reduce, or even abandon, the use of fossil fuels, increase the share of renewable energies, and increase the electrification of uses, as with
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at the Institute of Physics of Rennes. We are a highly collaborative and international team with more than 20 researchers working in the areas of ultrafast spectroscopy, crystallography and energy conversion. Our
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-nancy.cnrs.fr/ PhD Thesis M/F : Intensification of ammonia synthesis for energy storage Decarbonising energy production requires a massive increase in the share of renewable energies, particularly in electricity
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the perspective of energy justice. France has embarked on a process of mass deployment of renewable energies to meet the needs of electrification and the renewal of production facilities. This massive deployment
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, renewable energy sources such as wind turbines have become essential. However, wind turbines can be subject to harmful structural vibrations. The wind energy sector is using increasingly large rotors
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at the forefront of renewable energy technology, with the potential to make significant contributions to the sustainable development of offshore wind resources. As part of a dynamic research team, you will have the
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technologies that aim to connect them. However, these technologies offer overlapping functionality, and this oversizing is very suboptimal from an energy perspective, with energy efficiency being a first step
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on the preparation of mixed-ligand complexes. Our final aim is to investigate their photothermoelectric properties for energy applications. Requirements Research FieldChemistry » Molecular chemistryEducation
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Description The thesis encompasses various activities, including the collection and analysis of historical data on extreme "dry" weather events and energy blackouts, the development of methodologies to identify
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prototype these quantum nanofluidic functionalities, in view of applying them to molecular separation processes and nanoscale energy harvesting. The theoretical work will be conducted in close contact with