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(photons) and matter excitations (excitons), inheriting properties from both: they can propagate at speeds close to those of photons while exhibiting much stronger nonlinearities. The demonstration of robust
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the strong light-matter coupling, giving rise to the formation of exciton-polaritons, which are the quasi-particles providing interactions in this system. Carry out theoretical research in topological physics
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, preferably with experience in using tensor networks for condensed matter systems. Desired skills: - Knowledge of tensor networks. Experience with their application to two-dimensional systems will be valued
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the major challenges of today and tomorrow, its scientists explore living organisms, matter, the universe, and the functioning of human societies. Internationally recognized for the excellence of its
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criteria Advanced expertise in experimental quantum optics Strong knowledge of the physics of semiconductor quantum dots Background in light–matter interaction and cavity quantum electrodynamics Website
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matter physics enriched by interdisciplinary activities at the interfaces with chemistry, engineering and biology. The laboratory is related to the CNRS Physique. It is located in the heart of a unique
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the presentations and reports required by the project Created in 1995, the Bordeaux Institute of Condensed Matter Chemistry (ICMCB) focuses its research on Solid State Chemistry, Materials Science and Chemistry and
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institutes for fundamental research in condensed matter physics enriched by interdisciplinary activities at the interfaces with chemistry, engineering and biology. The laboratory is related to the CNRS
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operating in the short infrared (i.e., up to 2.5 µm) as well as in the mid-infrared (3–5 µm). We are particularly interested in controlling the light-matter interaction in these components by introducing
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trait space, the proportion of functional space they occupy, and their degree of functional distinctiveness. Which species, and what proportion of them, matter for ecosystem functioning? Scientific