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conditions such as cancer, yet the underlying mechanisms remain poorly understood. Understanding how disruptions in these processes contribute to cancer development and cell fate decisions is a central
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. You will work in a stimulating scientific environment, making use of state-of-the-art instrumentation. You will use both mass spectrometry technologies developed within the laboratory (notably laser
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the development of new bio-based production pathways. One innovative approach involves coupling furans, derived from lignocellulose, with light olefins via the Diels-Alder (DA) reaction to obtain aromatic monomers
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to synthetic developments in the field of organofluorine chemistry using modern tools (photocatalysis, electrosynthesis, CH bond activation). A strong emphasis will be paid on the direct functionalization
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-dependent spectral phase and delay. The postdoc will develop the associated spatiotemporal metrology, integrate the flying-focus optics into high-intensity beamlines and carry-out laser-plasma acceleration
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in physics analysis and detector development has also been directed to physics studies for the FCC-ee project and FCC detector R&D, especially in the development of the future ALLEGRO liquefied noble
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technologies within our laboratory. - Design and develop processes for synthesizing hollow fiber membranes to meet the specific needs of our research and development projects. - Design and develop processes
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to the development and demonstration of ferroelectric spin–orbit (FESO) devices based on two-dimensional electron gases (2DEGs) in BaTiO3. The project aims to explore a novel platform for ultralow-power electronic
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of samples using biochemical and structural approaches (western blot, negative-stain EM) iii) Prepare samples for cryo-EM (grid preparation, optimisation of vitrification conditions) iv) Interact with cryo-EM
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responsibility of developing predictive tools based on machine learning for the analysis and interpretation of Raman vibrational spectra applied to battery materials. The successful candidate will design and