Photonic-Crystal-Based Optical Functions for Metropolitan Area Networks: Polarisation Control, Linear Amplification, Wavelength Selection

H. Benisty,L. Martinelli,Omer Khayam,M. Ayre,M. V. Kotlyar,Thomas F. Krauss,Michele Midrio,Romain Brenot,G.-H. Duan,F. Van Laere,D. Van Thourhout,K. Janiak,H. Heidrich,M. Kamp,H. Scherer,R. Houdré,L. A. Dunbar,Dominic F. G. Gallagher

Photonic-Crystal-Based Optical Functions for Metropolitan Area Networks: Polarisation Control, Linear Amplification, Wavelength Selection

2006

H. Benisty
L. Martinelli
Omer Khayam
M. Ayre
M. V. Kotlyar
Thomas F. Krauss
Michele Midrio
Romain Brenot
G.-H. Duan
F. Van Laere
D. Van Thourhout
K. Janiak
H. Heidrich
M. Kamp
H. Scherer
R. Houdré
L. A. Dunbar
Dominic F. G. Gallagher

The FUNFOX European IST-project exploits photonic crystals and nanophotonic concepts to elaborate functional applications of InP-based devices for metropolitan-area-network applications, among which a polarization rotator, a linear amplifier, and a wavelength monitoring device.

Keywords:

Optics
Waveguide (optics)
Polarization rotator
Stimulated emission
Nanophotonics
Electronic engineering
Linear amplifier
Optical amplifier
Wavelength
Engineering
Photonic crystal
Optoelectronics
optical polarization

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