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scientific/technical context Satellite remote sensing observations provide a variety of measurements of oceanic and atmospheric variables at a rich spatial variability. These data offer a broad perspective on
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sensing. [1] C. Levallois, et al, Opt. Express 26, 25952-25961 (2018) https://doi.org/10.1364/OE.26.025952 [2] H. Villanti et al 2025, Appl. Phys. Express in press, https://doi.org/10.35848/1882-0786/adb3eb
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variability driven by TNE cycles. We will use remote-sensing observations of the solar atmosphere (mainly with SDO, Hinode, IRIS, and the newest observations of Solar Orbiter) and in situ measurements in
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of healthy ecosystems is a self-evident prerequisite for conserving biodiversity and for supporting life on earth. Monitoring ecosystems health typically involve indicator taxa and remote sensing, but
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implantable biosensors that use backscattering to wirelessly transmit sensing data. The researcher will work in a stimulating and highly collaborative environment, alongside experts from an ERC-funded project
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- (SbW6) lanthanide-free polyoxometalate to sense RH in the air and trace amounts of water in organic solvents. These materials can be elaborated in water via low-energy and eco-friendly procedures. Upon
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the work (Electron microscopy, eye movement testing, contractility) tests will be done in collaboration with specific platforms/partners. The candidate should feel comfortable working in English and be able
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be considered as a strong plus - Taste to work in various environments, collaborate with experimentalists, and explore foundational questions. What We Offer - The PhD student will enter the newly
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used to improve photoinduced synthesis and sensing. In this PhD thesis, we aim to develop the laser-induced transfer (LIT)2 process with various plasmonic nanomaterials of different sizes and shapes
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advancement opportunities, and mobility programs. The position offered as part of this recruitment is compatible with remote work, up to one to two days per week. By joining IRD, you will benefit from: 32 days