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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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part of the government's PEPR DIADEM program and the regional PSGAR Energie program. The research conducted at IC2MP is part of a comprehensive eco-design approach (see: https://ic2mp.labo.univ
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, the researcher will participate to simulation studies of the future electromagnetic calorimeter (PicoCal) of the LHCb experiment, under design for the LS3 enhancement and Upgrade II phases of the experiment. She
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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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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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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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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