Cascaded higher-order soliton for non-adiabatic pulse compression

Qian Li; J. Nathan Kutz; P. K. A. Wai

doi:10.1364/JOSAB.27.002180

Journal of the Optical Society of America B
Vol. 27,
Issue 11,
pp. 2180-2189
(2010)
•https://doi.org/10.1364/JOSAB.27.002180

Cascaded higher-order soliton for non-adiabatic pulse compression

Qian Li, J. Nathan Kutz, and P. K. A. Wai

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Qian Li, J. Nathan Kutz, and P. K. A. Wai, "Cascaded higher-order soliton for non-adiabatic pulse compression," J. Opt. Soc. Am. B 27, 2180-2189 (2010)

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Abstract

Non-adiabatic pulse compression of cascaded higher-order optical soliton is investigated. We demonstrate high degree compression of pulses with soliton orders $N = 2$ , 3, 4, and 5 in two or three nonlinear fibers with different second-order dispersion coefficients. Each fiber length is shorter than half of its soliton period. This compression technique has significant advantages over the widely reported adiabatic and higher-order soliton compression.

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	$N = 2$		$N = 3$		$N = 4$		$N = 5$
	First	Second	First	Second	First	Second	First	Second
Comp. factor	4.4	19.7	8.4	70.8	12.5	158.4	17.0	283.9
Pedestal (%)	9.8	18.8	26.0	44.8	38.0	61.1	46.9	71.3

	$N = 2$	$N = 3$	$N = 4$	$N = 5$
$\| β_{22} \| / \| β_{21} \|$	0.204	0.0884	0.0496	0.0316
$L_{1} / z_{01}$	0.5	0.237	0.149	0.108
$L_{2} / z_{02}$	0.486	0.235	0.150	0.109

$N_{1} = 2$	$N_{2} = 3$	$N_{2} = 4$	$N_{2} = 5$
Comp. factor after second fiber	37.5	56.1	75.1
Pedestal (%)	32.8	43.6	51.5

$N_{1} = 2$	$N_{2} = 3$	$N_{2} = 4$	$N_{2} = 5$
$\| β_{22} \| / \| β_{21} \|$	0.0904	0.0508	0.0326
$L_{2} / z_{02}$	0.235	0.150	0.108

	$N = 2$	$N = 3$
$\| β_{23} \| / \| β_{21} \|$	0.0416	0.0078
$L_{3} / z_{03}$	0.487	0.235

	$N = 2.5$	$N = 3.5$	$N = 4.5$
$\| β_{22} \| / \| β_{21} \|$	0.128	0.0648	0.0391
$L_{1} / z_{01}$	0.325	0.184	0.125
$L_{2} / z_{02}$	0.310	0.184	0.126

	$N = 2$	$N = 3$	$N = 4$	$N = 5$
$\| β_{22} \| / \| β_{21} \|$	0.205	0.0879	0.0491	0.0315
$L_{1} / z_{01}$	0.465	0.227	0.145	0.106
$L_{2} / z_{02}$	0.484	0.236	0.149	0.108

	$N = 2$		$N = 3$		$N = 4$		$N = 5$
	First	Second	First	Second	First	Second	First	Second
Comp. factor	3.92	17.46	7.85	66.39	11.99	152.16	16.2	275.74
Pedestal (%)	3.9	13.45	17.61	38.56	29.63	55.94	39.05	67.18

	$N = 2$	$N = 3$	$N = 4$	$N = 5$
Comp. factor	19.7	71.5	174.4	177.4
Pedestal (%)	18.8	45.1	76.5	74.4

	$N = 2$		$N = 3$		$N = 4$		$N = 5$
	First	Second	First	Second	First	Second	First	Second
Comp. factor	3.92	17.46	7.85	66.39	11.99	152.16	16.2	275.74
Pedestal (%)	3.9	13.45	17.61	38.56	29.63	55.94	39.05	67.18

	$N = 2$	$N = 3$	$N = 4$	$N = 5$
Comp. factor	19.7	71.5	174.4	177.4
Pedestal (%)	18.8	45.1	76.5	74.4

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Equations (8)

Journal of the Optical Society of America B