Publications

We demonstrate high-capacity, long-haul, wavelength-division multiplexed transmission over a 53-nm band centered at 1581 nm, enabled by forward- and backward-propagating Raman pumps and by slope-ma

This paper summarizes the motivations and results obtained regarding the optical distribution of a 60 GHz radio signal throughout buildings to provide users with Ultra-Broad-Band Wireless Home Area

High-capacity, long-haul, wavelength-division multiplexed transmission over a 53 nm band centred at 1581 nm, enabled by forward- and backward-propagating Raman pumps and by slope-matched dispersion

Extending the bandwidth of optical transport systems is a promising approach to increase the throughput of wavelength division multiplexed (WDM) systems.

Ultra-wideband (UWB) Communication techniques have attracted a great interest in both academia and industry in the past few years for applications in short-range wireless mobile systems.

We designed, fabricated and tested an optical hybrid that supports an octave of bandwidth (900-1800 nm) and below 4-dB insertion loss using multiplane light conversion.

We demonstrate broadband micro interferometric sensor based on multi-beam interference using a singlemode fiber end-spliced with an end-sphered hollow-core fiber lens.

The Schottky barrier height (Phi(B)) and reverse breakdown voltage (V-B) of Au/n-SiC diodes were used to examine the effect of inductively coupled plasma SF6/O-2 discharges on the near-surface elec

Present efforts towards construction of large capacity long -haul links are focused on either increase of channel data rate of introducing very dense channel plans.

Ultrafast, all-optical soliton trapping logic gates including an inverter, exclusive-OR, and AND are experimentally demonstrated in birefringent fibers.