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Numerical optimization was performed via COMSOL Multiphysics to maximize thepolarization contrast of superconducting nanowire single photon detectors(SNSPDs). SNSPDs were integrated with four different types of one-dimensionalperiodic plasmonic structures capable of mediating p-polarized photonselectivity to the niobium-nitride superconducting nanowire pattern.Optimization with two different criteria regarding the maximal tilting resultedin wavelength-scaled periodic integrated structures, which have differentgeometrical parameters, and exhibit different polar angle dependent opticalresponse and dispersion characteristics, as well as accompanying near-fieldphenomena at the extrema. Polarization contrast of 6.37*10^2 and 3.28*10^2 -6.86*10^11 and 1.42*10^11 - 1.81*10^13 and 7.87*10^12 - 1.90*10^3 and 1.15*10^5can be achieved in nanocavity-, nanocavity-deflector-,nanocavity-double-deflector-, nanocavity-trench-array-integrated P-SNSPDsoptimized with 85 degree and 80 degree criterion regarding the maximal tilting.

Plasmonic structure integrated single-photon detectors optimized to maximize polarization contrast