Signal Waveguiding successfully diminished signal loss for routing different
types and modes of energy, based on the optimization of energy transfer in confined
channels or patterned surfaces where signal routing occurred through planar surfaces.
For these reasons, all the modifications of well-known dielectric materials that
enhanced signals of different wavelengths generated different types of waveguides,
such as silica waveguides, organic waveguides and hybrid waveguides. In addition,
from enhanced plasmonic signals, plasmonic waveguides were developed by
combining and coupling different nanomaterials and metamaterials.
Keywords: Hybrid materials for waveguiding, Metamaterials for waveguides,
Organic waveguide, Photon and quantum signal transduction, Plasmonic
waveguiding, Signal waveguiding, Silica waveguide.
