Add to ORKGDispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrated. The filters are designed using a layer-peeling inverse scattering technique and show a useful bandwidth of 75% and reflectivity in excess of 99.9%
We have theoretically proposed and experimentally demonstrated a new kind of ultranarrow identical-d...
A kind of ultra-narrow dual-channel filter is proposed in principle and demonstrated experimentally....
International audienceThe development of new optical systems requires the design of novel components...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
We report linear-phase Bragg grating filters with greater than 99.9% reflectivity. The filters are d...
The ever increasing demand for bandwidth, led to the introduction of wavelength division multiplexin...
The increasing application of DWDM transmission schemes with bit rates of 10 Gb/s and 50 GHz channel...
Fibre Bragg gratings with reduced/eliminated in-band dispersion are presented. When tested in add-dr...
Single-fiber Bragg gratings designed to compensate for pure third-order dispersion are demonstrated....
This thesis presents experimental and computational work on a variety of advanced fibre Bragg gratin...
This thesis presents experimental and computational work on a variety of advanced fibre Bragg gratin...
Near penalty-free filtering with high bandwidth utilisation at 40Gbit/s is demonstrated for the firs...
Using a recently developed inverse scattering layer-peeling algorithm and a modified stroboscopic gr...
Single fibre Bragg gratings designed to compensate pure 3rd-order dispersion are demonstrated for th...
Fibre Bragg gratings are the most important new fibre component since the Erbium doped fibre amplifi...
We have theoretically proposed and experimentally demonstrated a new kind of ultranarrow identical-d...
A kind of ultra-narrow dual-channel filter is proposed in principle and demonstrated experimentally....
International audienceThe development of new optical systems requires the design of novel components...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
We report linear-phase Bragg grating filters with greater than 99.9% reflectivity. The filters are d...
The ever increasing demand for bandwidth, led to the introduction of wavelength division multiplexin...
The increasing application of DWDM transmission schemes with bit rates of 10 Gb/s and 50 GHz channel...
Fibre Bragg gratings with reduced/eliminated in-band dispersion are presented. When tested in add-dr...
Single-fiber Bragg gratings designed to compensate for pure third-order dispersion are demonstrated....
This thesis presents experimental and computational work on a variety of advanced fibre Bragg gratin...
This thesis presents experimental and computational work on a variety of advanced fibre Bragg gratin...
Near penalty-free filtering with high bandwidth utilisation at 40Gbit/s is demonstrated for the firs...
Using a recently developed inverse scattering layer-peeling algorithm and a modified stroboscopic gr...
Single fibre Bragg gratings designed to compensate pure 3rd-order dispersion are demonstrated for th...
Fibre Bragg gratings are the most important new fibre component since the Erbium doped fibre amplifi...
We have theoretically proposed and experimentally demonstrated a new kind of ultranarrow identical-d...
A kind of ultra-narrow dual-channel filter is proposed in principle and demonstrated experimentally....
International audienceThe development of new optical systems requires the design of novel components...