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generation of laser sources. These devices are based on a physical separation between electrical addressing and optical emission, enabling the design of addressable Tamm lasers with high potential
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for nanometric ion implantation based on laser ionization of neutral atoms coupled to a focused ion beam (FIB). The researcher will take part in the design, implementation, and performance characterization
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of the femtosecond laser chains and infrared detection chains used in this research work. The activities associated with this position form part of the international effort to develop new laser sources and optical
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the benefits of HOFI channels for laser wakefield acceleration (LWFA). Your mission will involve applying multi-physics approaches to address both the long time scales required for channel formation and the
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Microscope (SEM). - Perform simulations of tensile tests and nanoindentation in materials produced via Laser Powder Bed Fusion additive manufacturing. - Compare the resulting dislocation microstructures with
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at LOA using in-house laser systems and at international facilities such as the FACET-II 10 GeV accelerator at SLAC in the US and multi-PW to 10 PW laser facilities such as APOLLON in France and ELI-NP in
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an optoelectronic process for 980 nm high-power diamond laser diodes. In this context, the role of the LSPM is to provide polycrystalline diamond layers 2 to 4 inches in diameter with optimized mechanical
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. Avice). - Mineral separation (crushing, sieving) - Chemical purification by acid digestion (optional) - Assembling and testing of vacuum experiments - Noble gas static mass spectrometry (crushing, laser
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device fabrication techniques, including sputtering, evaporation, electron-beam lithography, optical and laser lithography, reactive-ion etching and plasma etching - Physical characterization techniques
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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