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standardized, high-performance cell therapy products. To decipher what sets these mobilized ASCs apart from others, the candidate will integrate published and in-house multi-omic datasets (e.g., scRNA
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architecture that offers high energy densities while maintaining high power density and a long lifespan. The person recruited will be responsible for the following activities: - Integrating materials
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catalysts. These catalysts must operate at low overpotentials, exhibit high turnover numbers (TONs) and frequencies (TOFs), and be based on earth- abundant transition metals. Despite challenges
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located at the University of Sussex, which is the core of the foreseen activities: experimental demonstration of the LPET detection principle in situ, along with detector simulation to ensure performance
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laboratory (Extreme Conditions and Materials: High Temperature and Irradiation) in Orléans (France), the MatRMag team (Materials and Magnetic Resonance) is recruiting an engineer to work on solid-state NMR
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techniques: preparation and cycling of electrodes, electrochemical measurements, liquid and MAS NMR, XPS, SIMS, SEM. Thanks to their very high energy densities and their long lifetime, lithium-ion (Li-ion
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interdisciplinary work and team collaboration. Skills or experiences in the following areas will be considered as a plus : - Physical modeling and simulation; -Scientific computing and partial differential
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characteristics of the binder, the production process of refractory concretes, their microstructural evolution and their performance in service. The project will study three families of complementary
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spectroscopy. Synthesis and Structural Characterization of High-Entropy Oxide Nanoparticles for Photocatalytic Applications High-entropy oxides (HEOs) are an emerging class of multicomponent materials
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chemistry and biochar catalytic performance. The PhD candidate will work on: • selection and characterization of biomass and other feedstocks; • biochar production by pyrolysis and parametric study of