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Proceedings Paper

A new scheme for novel all-optical wavelength conversion with ultrabroad conversion tunability and modulation-transparency
Author(s): Yongkang Gong; Nigel Copner; Kang Li; Jungang Huang; J. J. Martinez; Daniel Rees-Whippey; Sara Carver
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Paper Abstract

A scheme named “spoof” four wave mixing (SFWM) is proposed, where a dynamic refractive index grating induced by the beating of the co-propagating pump and signal is able to modulate a Bragg grating (BG) to create additional reflective peaks (ARPs) at either side of the unperturbed BG bandgap. When a probe wave located at the wavelength of ARPs is counter-propagating, it is reflected from the induced ARPS while tracking the signal data information but at the new wavelength. In contrast to the well-known FWM, where the induced dynamic refractive index grating modulates photons to create a wave at a new frequency, the SFWM is different in that the dynamic refractive index grating is generated in a nonlinear BG to excite ARPS at either side of the original BG bandgap in reflection spectrum. This fundamental difference enable the SFWM to avoid the intrinsic shortcoming of stringent phase matching required in the conventional FWM, and allows novel all-optical wavelength conversion with modulation format transparency and ultrabroad conversion range, which represents a major advantage for next generation of all-optical networks.

Paper Details

Date Published: 5 February 2013
PDF: 6 pages
Proc. SPIE 8647, Next-Generation Optical Communication: Components, Sub-Systems, and Systems II, 86470P (5 February 2013); doi: 10.1117/12.2002841
Show Author Affiliations
Yongkang Gong, Univ. of Glamorgan (United Kingdom)
Nigel Copner, Univ. of Glamorgan (United Kingdom)
Kang Li, Univ. of Glamorgan (United Kingdom)
Jungang Huang, Univ. of Glamorgan (United Kingdom)
J. J. Martinez, Univ. of Glamorgan (United Kingdom)
Daniel Rees-Whippey, Univ. of Glamorgan (United Kingdom)
Sara Carver, Univ. of Glamorgan (United Kingdom)


Published in SPIE Proceedings Vol. 8647:
Next-Generation Optical Communication: Components, Sub-Systems, and Systems II
Guifang Li, Editor(s)

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