1
Two-photon absorption can place a fundamental limitation on waveguide all-optical switching devices.
2
We report on the interplay between microdisk-waveguide coupling and its optical properties.
3
A polymer based dual-slab waveguide Young's interferometer was demonstrated for biochemical sensing.
4
The converter consists of a pillar-to-wire waveguide coupler and a transverse-magnetic-mode-selective spot-size converter.
5
A new waveguide design for an optofluidic chip is presented.
6
This waveguide structure has a 350 nm thin core layer.
7
And it can also act as a waveguide for an intense pulse of microwaves.
8
An evanescent field sensor utilizing layered polymeric-inorganic composite waveguide configuration was developed in this work.
9
Evanescent field is utilized for probing the binding events of biomolecules on the waveguide surface.
10
The former secures high-efficiency wide-band optical coupling of a pillar-PhC waveguide to a wire waveguide.
11
A semi-weakly confined waveguide structure was designed and fabricated.
12
An augmented reality display based on a planar waveguide made in photo-thermo-refractive glass had been demonstrated.
13
To this end, the wavelength dependent nature of interference-based antiresonant reflecting optical waveguide technology is exploited.
14
Multiple radiation spots with different azimuth angles are simultaneously exhibited from such a hexagonally poled waveguide.
15
Moreover, the waveguide structure based on a thin a-Si:H strip line can be fabricated easily and precisely.
16
The waveguide can support a nearly circular optical field distribution that matches well with a single-mode fiber.