Photonic Crystals as Artificial Electromagnetic Materials - Witzens, Jeremy
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Photonic Crystals are artificial electromagnetic materials formed by periodic optical lattices. They can be engineered to either transport light in self-collimated beams, or to steer light in different directions as a function of wavelength (superprism effect). The many degrees of freedom that enter their design allow tailoring of their properties for specific applications, such as frequency domain multiplexers.

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Produktbeschreibung
Photonic Crystals are artificial electromagnetic materials formed by periodic optical lattices. They can be engineered to either transport light in self-collimated beams, or to steer light in different directions as a function of wavelength (superprism effect). The many degrees of freedom that enter their design allow tailoring of their properties for specific applications, such as frequency domain multiplexers.
Autorenporträt
Jeremy Witzens is a staff scientist at Luxtera Inc., a start-up that develops and commercializes Silicon Photonics based high-speed transceivers. He received his PhD from the California Institute of Technology in 2005 and his MSc from the Ecole Polytechnique in 2000.