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numerically demonstrated in Cimphonie Team (C2N) in 2021 [3]. The principle, called magneto-biplasmonic, explores the TMOKE enhanced by both the surface plasmon polaritons and coupled modes system in a slot
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miniaturized optical circulator based on a novel plasmonic-hybrid concept, within a recently granted European project CIRCULIGHT. Within the project, TU/e is responsible for the photonic platform development and
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integrated and miniaturized optical circulator based on a novel plasmonic-hybrid concept, within a recently granted European project CIRCULIGHT. Within the project, TU/e is responsible for the photonic
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timescale.[1–3] In this EU-funded project, you will explore an especially promising avenue for dynamic catalysis which combines plasmonic photothermal catalysts and pulsed light. By employing fs-ns pulsed
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The proposed 2D photocatalysts are expect to change the traditional way of design artificial photocatalysts. Expected outcomes of this project include fabrication of soft 2D plasmonic photocatalyst
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PLN 3000 PLN per month (with possible extension to 48 months) financed from the NCN OPUS 25 Project No. 2023/49/B/ST4/01450 “Plasmonic nanoparticles decorated with fluorescently-labelled mRNA: using
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-month scholarship of PLN 2000 PLN per month (with possible extension to 48 months) financed from the NCN OPUS 25 Project No. 2023/49/B/ST4/01450 “Plasmonic nanoparticles decorated with fluorescently
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physics related to optical microscopy, electrical impedance measurements and/or surface plasmon resonance ( for the field of physics) • Competencies in biology/biochemistry/microbiology & related
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A PhD studentship is available at the intersection of quantum optics, nanophotonics, plasmonics and molecular spectroscopy. How to confine, control and manipulate light at atomic scales has been
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resonance. This technique allows a real-time measurement of the density of captured substances. One of the most efficient sensor categories is plasmonic sensors based on the use of the highly selective