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two-photon microscopy. Research activities We study the fundamental principles underlying associative learning by investigating the neuronal circuits of the Drosophila larval brain. This system is
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magnons in microstructured YIG and investigate photon–magnon coupling. • Measurement of superconducting microwave circuits. • Low-temperature measurements of coupled magnonic and microwave photon
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package, including optical photon transport simulations in the crystals and simulations of the detector response to ββ decays and background events, performed on a computing grid. Measurements of the
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, leveraging fluorescence-encoded molecules and single-photon counting detectors. Adapted polymer chains will be synthesized by our partner laboratory, IMP, in Lyon, using fluorescent dyes. Our goal