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recruited will be responsible for the electromagnetic design and characterisation of FSS/metasurface type devices made reconfigurable by the integration of agile materials. As part of the OPALE project, we
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thermal radiation [Babuty_PRL2013]. The second objective of this postdoc is to use intense laser illumination to excite thermally some specific electromagnetic modes of infrared plasmonic nano-antennas
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photonics: acoustics, physics, electromagnetism. Skills in nanotechnologies, photonic and/or acoustic circuits, experimentation and design. Interpersonal skills for teamwork, initiative. Website
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, and operation of LHCb's electromagnetic calorimeter, as well as the design of its future upgrade. Both groups are also actively working on LHCb's real-time analysis system and have a large interest in
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. The IJCLab LHCb group participates enthusiastically in detector development, and is currently heavily involved in the development, maintenance, and operation of LHCb's electromagnetic calorimeter, as
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-cadence data selection campaigns ("Scientist-In-The-Loop", SITL, 2 times 15 days). Activities include the following aspects: - Statistical analysis of electromagnetic field and particle spatial data
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for the Electromagnetic and hadronic calorimeters of the LHCb Upgrade 1 Phase. The group had also the responsibility to build, install, commission and now operate the PLUME detector installed in 2021. The LHCb IJCLab group
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of magnetic confinement fusion and/or space physics will be helpful. Keywords - Electrodynamics / electromagnetism & optics / plasma physics. Website for additional job details https://emploi.cnrs.fr/Offres/CDD
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experiment since its inception, making major contributions to the detectors, reconstruction performance and physics analyses. It is involved in the upgrade projects for ATLAS Phase II: on the electromagnetic