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with the CNRS and Aix-Marseille University. It conducts research on the physics of pulsed laser-matter interactions to develop new photonic processes. Today, we use ultrashort laser pulses to generate
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approach in laser ultrasonic techniques applied to elastic waveguides Non-contact laser ultrasonic techniques offer a unique tool to generate and measure elastic guided waves in solids. From these waves
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an innovative femtosecond laser bench to modify the characteristics of nanoparticles for fibre lengths ranging from µm to km, with possible variations in the characteristics of nanoparticles over micrometric
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ultrafast driver for the FAU. The research project aims to develop an infrared light source to drive the generation of ~MeV electron beams by electron acceleration in dielectric periodic structures
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Laser Ionization for Applications in the Environment and Health) aims to develop instrumentation based on the coupling of laser ionization to mass separation in order to quantify, separate and purify
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(combinatorial) pulsed laser deposition by varying the composition and growth conditions to control the ferroelectric response. The thermal conductivity of these films will then be measured, in collaboration with
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Polytechnique (Palaiseau). A part of the thesis will involve conducting experimental campaigns on the LULI2000 laser located at the same site. LULI2000 is an international high-energy laser facility
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at the Karlsruhe Institute of Technology (KIT). The PhD student will join the ALPHA team at the IJClab accelerator centre. The ALPHA team (Accélérateur Laser Plasma Harmoniques et Applications) comprises more than 7
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-optics and electronics. Throughout this thesis, the candidate will experimentally implement an optomechanical platform designed to generate quantum-squeezed states of light. Such states will then serve
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. This work relates to our recent theoretical discovery that acoustic sources can be self-propelled by their own acoustic fields, via the radiation pressure resulting from an asymmetry created by the Doppler