Two-dimensional photonic crystals (PCs) were fabricated in InP/GaInAsP waveguides by c-beam lithography and inductively coupled plasma etching.
The optical properties of intentionally carbon doped Ga sub (1-x) In sub x As lattice to InP grown by metal-organic molecular beam epitaxy were studied.
Several methods have been proposed so far to optically multiply the repetition rate of pulsed laser sources by spectral filtering using uniform Bragg gratings or Fabry-Perot filters.
Optical clock recovery and clock division is demonstrated from a pseudo-data pattern at 20 Gb/s, using a semiconductor optical amplifier fibre ring laser.
Mode-division multiplexed transmission techniques for optical communication are presented and differential group delay management and scaling to large number of modes are discussed in detail.
The authors research team is responsible for the identification, assessment, feasibility prototyping, and early development of new technology critical for metropolitan and long distance networks.
There is a future. What will we need to meet and manage capacity demand in backbone data and IP networks? Innovative technologies that provide higher performance at lower cost are discussed.
Optical fiber communications, also known as lightwave technology, is now the preferred technology for the transmission of information over long distance.
Optical communication appears to be emerging from the primitive age of its infancy.
Optics and Magnetism are taught as separate subjects in most Physics courses. Magneto-optic effects are at the interface between the two subjects.
