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The decades long development in shrinking footprint and improving performance of photonics integrated circuits has seemingly slowed down in recent years, posing problems in e g interconnects in data centers with their ever increasing power requirements. Thus, routes to a continued development towards smaller footprint, lower power, higher performance integrated nanophotonics will be presented and...
In general, plasmonic waveguides exhibit a tradeoff between propagation loss and mode confinement—the smaller the mode size, the higher the propagation loss. We compare the confinement and loss of three commonly used plasmonic waveguides. We define two distinct figures of merit based on application for which the plasmonic waveguide is designed: 1) applications which require high power density and...
We have compared a number of well known plasmonic guides in terms of power confinement, normalized power density, and propagation loss. We have identified the relative advantages and limitations of these guides.
The polarization diversity of the hybrid plasmonic waveguide can be used to implement a very compact TE-pass polarizer. Here we report the first experimental demonstration of such a device.
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