We propose a parallel-structured optical equalizer utilizing an integrated vector modulator device.
We demonstrate a low-loss integrated device based on a silica planar lightwave circuit (PLC) coupled to a 3-D photonic circuit that efficiently generates and multiplexes 15 optical orbital angular
The role of light, actually infrared radiation, in the fields of information processing, storage and movement continues to increase to fill the expanding needs of an information intensive society.
We report laboratory and on sky characterizations of planar integrated optics beam combiners in the K ({[}2.0 mum; 2.4 mum]) and K' ({[}2.02 mum; 2.30 mum]) bands.
Photonic switching has been an important potential application of integrated optics (IO) from its inception.
The basic motivation for integrated optics is to do for optical circuits what integrated electronics has done for electrical circuits - replace a set of large individually-fabricated elements, that
Laboratory work and experimental repeater work at laser wavelengths (0.4 to 10 + /Xm) has been carried out by interconnecting the oscillators, modulators, detectors, and so on, using a form of extr
Two photodiodes are integrated on a semiconductor optical amplifier for on-chip measurement of the gain.
Ultra fast photonics produce a wide spectrum coverage which is useful in producing fast waveforms of wide bandwidth with prescribed arbitrary amplitude and shapes.
There is a relentless push for cost and size reduction in optical transmitters and receivers for fiber-optic links.
