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PhD position under LUMEN project funded by BPI-France, France 2030 and Normandy Region within I-Démo 2024 program. The project gathers experts in fiber laser design, realization and qualification aiming
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either laser and optical physics, particle beam physics, strong-field QED or plasma physics is recommended. Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR7639-SEBCOR-001
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enable the use of a crossed dipole trap with a 50W laser at 1.1μm. This trap will also need to be built. The opening of the vacuum chamber has been used to install a rotating retro-reflection mirror
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synthesised in situ using a state-of-the-art pulsed laser deposition system. Key characterisations include X-ray diffraction for structural properties and temperature-dependent magneto-optical properties
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existing hydrodynamic code to simulate experiments from the literature, implement and improve multi-phase behaviour laws to optimise their predictive capabilities, and carry out new laser shock experiments
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. The experiment uses a transparent Paul trap, which enables the polarization of radioactive ions through their interaction with pulsed laser beams. The effectiveness of this innovative technique was recently
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, depending on their background and research project. The post-doc's activities will include: - High-pressure and high-temperature experiments (large-volume presses, resistive and laser-heated diamond anvil
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The postdoctoral position aims to develop a new quantum cascade laser (QCL) platform in the terahertz range with an aim of integration in photonic circuits to control and direct the on-chip THz emission. Successful
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photochemical and photophysical processes governing the reactivity of novel organo-metallic precursors for the laser-assisted nanofabrication. The main task will be : 1) to conduct femtosecond UV-vis-NIR
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phase vibrational spectroscopy (IRMPD). This technique uses state-of-the-art lasers coupled with mass spectrometry, ion trapping, and ion sources. The candidate will study the effects of molecular