Finite element analysis has been used to characterize an all-fibre antenna using circular core D-fibre.
We present theoretically lossless optical arbitrary waveform generation based on time-domain multi-plane light conversion, with alternating phase modulation and dispersion.
The subscriber loop has undergone evolutionary changes over the past half century. Today the stage is set for cost-effective extension of fiber to the subscriber.
The advent of second-generation optical storage technology and user experience with PACS dictate a new look at PACS long-term database organization and optical archive strategy.
The advent of second-generation optical storage technology and user experience with PACS dictate a new look at PACS long-term database organization and optical archive strategy.
A variety of optical back-action-evading amplification schemes are presented.
In planning and designing a large optical transport network, operators are faced with a complex optimization problem that needs to take into account the mix of legacy and new services, new technolo
The characteristics of phase coupled laser arrays fabricated using Schottky barriers on the p contact to confine the current flow to 5 or 10 strips on 9micron centers are described.
A novel type of optical bistability is proposed and demonstrated.
Coupled-cavity semiconductor lasers are shown to exhibit bistability when both sections operate in the above-threshold region.
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