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objective will be to adapt tissue-clearing techniques for multimodal nonlinear imaging while preserving both the structural integrity of the biological specimens and the integrity of the optical signals
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Context and Challenges: Optical resonators based on metasurfaces could offer innovative perspectives for photoacoustic imaging, particularly due to their ability to combine guided-mode resonance and very
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project is to overcome these limitations through the design of a flexible, quantum sensing foil based on an atomically-thin two-dimensional (2D) material. Our approach consists in using optically-active
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the development of the optical strategy and its integration with the electrochemical one. Besides optimizing a sensitive quantitative phase imaging setup for analysis of thin surface layers in reflection mode, it
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. The successful candidate should demonstrate scientific curiosity, rigour, initiative, and an ability to work in an interdisciplinary environment. Experience in optics, high-speed imaging, image processing
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-renowned expertise in the field of Time and Frequency metrology, with access to the OSCILLATOR-IMP platform, which includes three active Hydrogen Masers, three Cs clocks, as well as optical frequency combs
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-of-the-art optical imaging system at PhLAM. Where to apply Website https://emploi.cnrs.fr/Offres/Doctorant/UMR8520-STEGIO-003/Default.aspx Requirements Research FieldPhysicsEducation LevelMaster Degree
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advanced cell imaging. The successful candidate will work in a highly interdisciplinary research environment and will have access to state-of-the-art technological platforms, including cleanroom
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passive seismic experiments (HOREX® and Full-HOREX®). These deployments, involving more than 2,000 nodal sensors, provide high-resolution imaging of the subsurface over an 80 × 80 km area to a depth of ~20