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the field of optics and photonics. The team is working in the Photonic axis and is developing novel optical imaging techniques for biology. In particular, Pierre Bon is developing novel label imaging
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accessible through optical imaging. In this context, the team is developing a groundbreaking cellular-resolution imaging technology, the AO-RSO (Adaptive Optics Rolling-Slit Ophthalmoscope). This system
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such as Winlight Optics and Airbus, • and the wider European Mars science community. The project offers a rare opportunity to contribute directly to the development of a cutting-edge spaceborne Doppler
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typical example, one can consider a Fabry-Perot cavity (i.e., optical mode), in which one of the two mirrors is vibrating (i.e., mechanical mode). These devices serve as invaluable platforms for studying
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technology, the AO-RSO (Adaptive Optics Rolling-Slit Ophthalmoscope), enabling in vivo visualization of red blood cell dynamics and vascular diameter changes during NVC. The goal of the PhD is to leverage
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Megagauss magnetic fields by means of quasi-optical conductivity measurements in the GHz range and THz spectroscopy. The successful candidate will contribute to the development of novel GHz and THz
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of several optomechanical neurons with the all-optical neuron in order to benefit from the latter's greater processing bandwidth. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR9001-REMBRA-022
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of neuronal networks and how this translates into specific behaviors in healthy and pathological conditions. To achieve these objectives, SPPIN adopts a multidisciplinary approach combining optical microscopy
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orbital character of electrons in the resulting spin-orbit torques. Activities: - magneto-transport in metallic and magnetic oxide heterostructures subjected to microwaves - magneto-optical imaging