Photonic crystal fabrication at optical wavelengths
Photonic crystals and photon gaps - Properties and applications

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Photonic crystal fabrication at optical wavelengths


Photonic crystals and photon gaps - Properties and applications

Author : Jean-Michel LOURTIOZ

Publication date: October 10, 2004 | Lire en français

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2. Photonic crystal fabrication at optical wavelengths

The development of photonic crystals at infrared and visible wavelengths has been a real challenge for micro-nano-technologies, which have in turn benefited greatly from it. Some obstacles have now been overcome, while others are in the process of being. In what follows, we present the main technological solutions that have emerged to date, ranging in order of increasing complexity from two-dimensional to three-dimensional photonic crystals.

2.1 2D photonic crystals in planar optics

The main achievements in two-dimensional photonic crystals for infrared and visible light have been in semiconductor materials (silicon, GaAs, InP...) and silica fibers. This can be explained, on the one hand, by the greater maturity of the technologies associated with these materials...

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