Dispersion and nonlinearity nanomanagement of highly nonlinear photonic‐crystal fibers for the spectral transformation of Cr:forsterite laser pulses | Zendy

Fedotov A. B. | Zendy; Serebryannikov E. E. | Zendy; Ivanov A. A. | Zendy; Mel'nikov L. A. | Zendy; Shcherbakov A. V. | Zendy; SidorovBiryukov D. A. | Zendy; Sun Ch.K. | Zendy; Alfimov M. V. | Zendy; Zheltikov A. M. | Zendy

Open Access

Dispersion and nonlinearity nanomanagement of highly nonlinear photonic‐crystal fibers for the spectral transformation of Cr:forsterite laser pulses

Author(s) -

Fedotov A. B.,

Serebryannikov E. E.,

Ivanov A. A.,

Mel'nikov L. A.,

Shcherbakov A. V.,

SidorovBiryukov D. A.,

Sun Ch.K.,

Alfimov M. V.,

Zheltikov A. M.

Publication year - 2006

Publication title -

laser physics letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.59

H-Index - 72

eISSN - 1612-202X

pISSN - 1612-2011

DOI - 10.1002/lapl.200610004

Subject(s) - materials science , photonic crystal fiber , dispersion (optics) , forsterite , laser , photon upconversion , optics , optical fiber , nonlinear system , photonic crystal , optoelectronics , fiber laser , fiber , wavelength , composite material , physics , mineralogy , chemistry , quantum mechanics , luminescence

Fabrication and experimental demonstration of photonic‐crystal fibers (PCFs) made of TF10 glass are reported. These fibers integrate a high material nonlinearity with dispersion and field‐confinement nanomanagement. A specifically designed array of nanoholes in the fiber core is shown to provide the desired dispersion and nonlinearity properties of PCF modes, allowing efficient frequency upconversion of Cr:forsterite laser pulses through solitonic and four‐wave mixing mechanisms. (© 2006 by Astro, Ltd. Published exclusively by WILEY‐VCH Verlag GmbH & Co. KGaA)

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