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–matter interactions at the nanoscale, with a particular emphasis on how plasmonic excitations modifies the electronic structure of adsorbed molecular systems. For an overview of our research activity
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to develop a breakthrough technology: an autonomous microfluidic system dedicated to detecting foodborne targets. Leveraging the plasmonic properties (LSPR) of antibody-functionalized gold nanostructures, you
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in which plasmonic stimuli, namely amplified oscillating electric fields and hot-electron transfer (hot ET), enhance the catalytic process in cytochrome P450 systems. The project will employ
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in clinically relevant environments. Key work assignments include: Design, fabrication, and optimization of high-performance plasmonic nanostructures and SERS substrates for sensing in complex
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of optical signals and for modeling optical metamaterials at the nanoscale based on lithograph-free, quasi-ordered arrays of plas-monic nanoantennas obtained with TDW/GLAD, development of plasmonic
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enzyme activity assays, DNA/RNA-binding affinity measurement, surface plasmon resonance, etc. Lead substantial experimental planning and scheduling across interconnected studies. Anticipate technical and
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, spectroscopy, and biomedical validation in clinically relevant environments. Key work assignments include: Design, fabrication, and optimization of high-performance plasmonic nanostructures and SERS substrates
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of the project "Strong Light–Matter Interaction in Self-Assembled Plasmonic Nano-Cavities (PlasmoCavity)". Description of the thematic area Strong light–matter interaction is the foundation of quantum
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magnetic microscopy to work on “Thermally-driven motion of spin textures” within the Future Leader Fellowship project lead by Dr Naëmi Leo. This project uses the novel localised plasmonic heaters to create
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of Excellence. The Nanomagnetism group (https://www.nanogune.eu/en/research/groups/nanomagnetism ) is seeking to recruit a talented, enthusiastic young scientist who is highly motivated to boost his/her research