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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
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Université Normandie unit located in Caen with around 100 members. The PhD student will work in CRISMAT's "Materials and Energy" group in charge of the development of materials for the electrochemical storage
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. Theoretical evaluation of TPV cell architectures for high-temperature thermal radiation conversion: Implementation of a theoretical model (extended detailed balance) to specify the optimum choices in terms
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Postdoctoral position (M/F): Machine learning design of alloys for concentrated solar energy storage
could supply 11% of electricity worldwide. Metallic alloys are excellent candidates for latent heat storage of this fast-growing intermittent energy. As part of a project of the PEPR DIADEM dedicated
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the key optoelectronic performance and stability parameters at the junction between functional materials. We will then integrate the optimized interface systems into next-gen thin-film solar cell
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Detection (GRAND) project aims at detecting ultra-high energy particles via a set of ~20 gi antenna arrays of 10,000 km2 each, totaling 200,000 antennas over 200,000 km2 by the 2030s. It stands out today as a
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microfabrication techniques, as well as live cell imaging techniques and the use of software such as Matlab for image and data analysis. The Tournier-Gachet team and Morgan Delarue's team have a solid network of
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team at SYRTE. The candidate will work on the development of an atom interferometer whose physical package will be a vapor cell containing rubidium-87 atoms. The R&D work will be conducted inside
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techniques, processes and devices relevant to the development of photovoltaic energy. Requirements Research FieldEngineeringEducation LevelPhD or equivalent Research FieldPhysicsEducation LevelPhD
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proposed here combines cell biology and bioengineering. It consists in developing micro-fabricated 3D substrates that mimic the dynamic topographical constraints of the renal tubule, compatible with cell