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researcher to join our team and contribute to a project, dedicated to the study of elastic wave transport in microstructured silicon membranes. The researcher will be primarily responsible for the design and
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deep neural activity, using methods that combine physics (waves in complex media) and computational approaches. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR8552-SYLGIG-011
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in silicon ensures compatibility with existing technologies and scalability for quantum communication and computing. Mechanical coupling of spins in silicon, particularly using surface acoustic waves
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complementary skills, working with a wide range of quantum chemistry tools, from wave function-based methods to semi-empirical approaches. CTI members are interested in various systems such as isolated molecules
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, which function through the interaction between magnetic layers and surface acoustic waves (i.e., magnetoelastic coupling). These devices will be fabricated using magnetic thin films epitaxially grown
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wave manipulation) and in the field of spin-to-charge conversion for the creation of broadband THz emitters (e.g. [1]). An indication of the presence of an ultrafast photo-induced spin current can
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. • Mission 2: Characterise the fluid content near the subduction fault (downgoing and upper plates) by tomographic inversion of S-wave velocity (joint tomography of shots and earthquakes, or P-to-S converted
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to validate their performances. The second objective will focus on the design, realization and optimization of compact fiber lasers and amplifiers operating in continuous wave regime. Power-scaling and
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generation, based on four-wave mixing (FWM) processes that take place within the gain medium, render QCLs as ideal candidates for the generation of on-chip multi-mode squeezed states of light. The successful
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axes: Waves and quantum physics; Photonics; and Nonlinear Physics, Complex Fluids and Biophysics. The projects developed around these themes cover theoretical, fundamental and experimental aspects as