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recruited within the framework of the national collaborative project PACTE (PEPR LUMA). The PACTE project aims to develop a new orthogonal catalysis strategy. The objective is to exploit plasmonics to enhance
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to characterise binary and ternary complex formation, including TR-FRET, AlphaLISA, SPR (Surface Plasmon Resonance), ITC (Isothermal Titration Calorimetry), and NanoBRET. Pursuing co-crystal structures of BromoTag
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plasmon-enhanced spectroscopy. The successful candidate will develop and apply advanced optical techniques including dark-field spectroscopy, Raman spectroscopy, ultrafast and nonlinear optical measurements
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mammalian cells, measurement of biomolecular interactions using Biolayer Interferometry or surface plasmon resonance, structural determination using single-particle cryo-EM analysis, and atomic model building
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integrating CQD thin films with metasurfaces, optical cavities, plasmonic resonators, and other light-management structures. Develop high-performance SWIR CQD photodetectors using III–V CQDs and related
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. Experience in silicon photonics is required, while expertise in plasmonics, nanophotonics, and 2D materials is a plus. The candidate will join a multidisciplinary team and have access to state-of-the-art
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the scientific area of Physics, subarea of Condensed Matter Physics within the scope of the project Hybrid Plasmonic/2D Nanomaterials and New Optical-Based Sensing Principles for Detection of Water Pollutants
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or postdoc will be supervised by Huaiyang Yuan. We are interested in the coupling between spin excitations so-called magnons with other physical systems including photons, phonons, plasmons, qubits etc
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ferroelectrics, plasmonics, semiconductors—into photonic and THz architectures. This is an outstanding opportunity for candidates with a strong background in nanofabrication to contribute to cutting-edge quantum