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the enhancement will require entirely novel designs that exhibit multiple resonances provided by e.g. plasmonic metasurfaces (link). About this position In this position you will leverage novel dielectric and
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photodetectors. It is now recognized that coupling these materials with plasmonic nanoparticles enhances their interaction with light through three mechanisms: light scattering, plasmon-induced resonant energy
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; Functional characterization by fluorescence, calorimetry, and surface plasmon resonance; Sensor development; Reporting; Paper writing and presentations at conferences and third-mission activities. Where
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spectroscopy. Characterization with complementary techniques such as surface plasmon resonance Prepare experimental reports, protocols, contribute to scientific publications and present findings at internal and
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of nano-bio-technology. Specifically, the position includes the following activities: Initiation and coordination of research projects as well as participation in research in the area of biosensing and
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SD-26006 PHD STUDENT IN METAL DECORATED METAL OXIDE NANOSTRUCTURES FOR ENHANCED PLASMONIC LIGHT H...
, and physical modelling. Research objectives The main goal of the PhD is to understand and control how localized surface plasmon resonances (LSPR) in gold nanoparticles affect the optical and opto
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experience in proteomics or peptide sequencing by mass spectrometry. Hands-on skills in bioactivity profiling via biophysical methods (fluorescence polarization, surface plasmon resonance, biolayer
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understanding of infection biology Documented experience with protein expression and purification Documented experience with quantitative biochemical or biophysical assays (for example surface plasmon resonance
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will be determined by analysing bacterial binding, e.g., to matrix proteins or host-cells. Protein interaction of adhesins with matrix components and integrin receptors will be done via surface plasmon
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that are available include optical and NMR spectroscopy, calorimetry, neutron, X-ray and light scattering techniques, fluorescence correlation spectroscopy, surface plasmon resonance and other surface techniques