Abstract
Nonlinear plasmonics is one of the most fundmental applications of intense and confined optical fields due to surface plasmons. The technology will be vital for building next-generation ultra-compact and ultrafast optical signal processing and telecommunication systems. Most of the previous studies have been challenged by taking advantages of surface nonlinearities of the metals, where the surface plasmons (SPs) are generated. Here, we will present amplified nonlinear operations due to NLO active polymer layers grown on the metal surfaces.
© 2019 IEEE
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