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With the aim of using plasmonics in an integrated-circuit scheme where single quantum emitters can be probed efficiently, we comprehensively study the scattering properties of single gold Yagi-Uda antennas placed on one-dimensional silicon nitride waveguides.
We theoretically study coupling of dipole radiation into integrated Si3N4 strip waveguides functionalized with a nanoplasmonic antenna. This structure enables efficient coupling of enhanced Raman signals into the fundamental TE-mode of the waveguide.
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