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Recent advances in slow and fast light for applications in microwave photonics: [invited]

Jesper Mørk, Weiqi Xue, Yaohui Chen, Søren Blaaberg, Salvador Sales, J. Capmany

Published Jan 1, 2010• 0 citations
OpenAlex

Related papers

Governing the speed of light: Recent advances and future perspectives of slow and fast light in microwave-photonics

Santagiustina

International Topical Meeting on Microwave Photonics•Jan 1, 2009•0 citations

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Advances in Slow and Fast Light III: Proceedings of SPIE Photonics West

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Governing the speed of light: Recent advances and future perspectives of slow and fast light in microwave-photonics

Marco Santagiustina

The control of the group velocity of optical signals has been widely demonstrated using various optical phenomena and different media. Slow and fast light is achieved in a controllable manner by modifying the refractive index dispersion through light induced modifications of the material or the structural properties of the medium. The potential for a continuous tuning of the phase or time delay of broadband microwave signals modulating the optical carrier opens previously unexplored horizons. The talk will review the recent advancements and the future directions of slow and fast light research with an emphasis on microwave-photonics applications.

International Topical Meeting on Microwave Photonics•Dec 1, 2009•6 citations

Photonic and microwave signal processing by means of slow and fast light

Marco Santagiustina, Carlo Giacomo Someda

Slow and fast light devices have been impressively progressing, enabling new processing capabilities for optical and microwave signals. Some recent advances in slow light are reviewed, with a particular emphasis on the results of the FET-Open Project GOSPEL.

International Conference on Transparent Optical Networks•Jun 1, 2010•0 citations

Slow Light for Microwave Photonics Applications Invited Paper

Andrea Blanco, Enrique Areizaga, Joseba Zubía

This paper focuses in slow light and its application in microwave photonics. It makes a brief review of microwave photonics evolution from its inception to new emerging topics. Subsequently, the principles, techniques, and applications of slow light in microwave photonics are addressed more in depth. Finally, the photonic crystal approach is presented as a promising approach to slow-light-based microwave photonics devices. The peculiar design flexibility of this approach is demonstrated with a series of simulations.

•Jan 1, 2009•0 citations
The control of the group velocity of optical signals has been widely demonstrated using various optical phenomena and different media. Slow and fast light is achieved in a controllable manner by modifying the refractive index dispersion through light induced modifications of the material or the structural properties of the medium. The potential for a continuous tuning of the phase or time delay of broadband microwave signals modulating the optical carrier opens previously unexplored horizons. The talk will review the recent advancements and the future directions of slow and fast light research with an emphasis on microwave-photonics applications.
This paper focuses in slow light and its application in microwave photonics. It makes a brief review of microwave photonics evolution from its inception to new emerging topics. Subsequently, the principles, techniques, and applications of slow light in microwave photonics are addressed more in depth. Finally, the photonic crystal approach is presented as a promising approach to slow-light-based microwave photonics devices. The peculiar design flexibility of this approach is demonstrated with a series of simulations.