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at higher beam energies for which the resonant depolarization technique cannot be applied. Precise studies of systematic uncertainties are necessary to establish the detector's performance. The fixed-term
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, enabling the study of thin batteries. In contrast, the development of operando cells for X-ray photoemission spectroscopy (XPS) studies is still challenging owing to the difficulty of designing a cell
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regulate gene expression in multicellular organisms. We develop and apply advanced imaging approaches to study transcription and 3D chromatin organization in intact tissues at single-cell resolution For more
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can generate ultra-relativistic electron beams over centimeter-scale distances thanks to extreme accelerating fields. A key limitation for beam energy is the dephasing between accelerated electrons and
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project involves: 1) Conducting a detailed study of the space-energy effects that disrupt reactivity measurements during beam interruptions by performing novel measurements during source transients
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project involves: 1) Conducting a detailed study of the space-energy effects that disrupt reactivity measurements during beam interruptions by performing novel measurements during source transients
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energy consumption. The demonstration of high-power energy recovery (exceeding 1 MW), particularly for high currents, remains a major challenge. It requires detailed simulations of beam dynamics o study
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CNRS, LAPTh Position ID: CNRS-LAPTh-PD_ENIGMASS_2026 [#31672] Position Title: Position Type: Postdoctoral Position Location: Annecy, Rhone-Alpes 74940, France [map ] Subject Area: High-Energy Theory
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Description The selected candidate will join the team studying the signaling pathways responsible for the assembly of nuclear pore complexes during the cell cycle in healthy and diseased cells, in
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calorimeter for the future FCC-ee ALLEGRO detector, with simulation studies and hands-on work on the early prototypes of this detector. Depending on time and interest, the candidate could also contribute