microtechnology and nanotechnology for optoelectronics and photonics [4–6]
and the demand for improved performance, wider applications, and higher
integration density, however, have spurred efforts for the miniaturization of
photonic devices and waveguides. A major step toward the miniaturization of
devices is reducing the diameter of the optical fiber or waveguide. Therefore, an
important motivation for fabricating optical-quality nanowires or nanofibers is
their potential usefulness as building blocks in future micrometer- or nanometer-
scale photonic devices and as tools for mesoscopic optics research.
There are several methods for fabricating one-dimensional (1D) optical
nanostructures, including bottom-up chemical growth and top-down photo or ...