Carrier-envelope offset frequency stabilization in a femtosecond optical parametric oscillator without nonlinear interferometry

Richard Alexander McCracken; Karolis Balskus; Zhaowei Zhang; Derryck Telford Reid; Melissa Fleming

doi:10.1364/OL.41.000966

Carrier-envelope offset frequency stabilization in a femtosecond optical parametric oscillator without nonlinear interferometry

Richard Alexander McCracken, Karolis Balskus, Zhaowei Zhang, Derryck Telford Reid, Melissa Fleming

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Abstract

By exploiting the correlation between changes in the wavelengthand the carrier-envelope offset frequency (f_CEO) ofthe signal pulses in a synchronously pumped opticalparametric oscillator, we show that f_CEO can be stabilizedindefinitely to a few megahertz in a 333 MHz repetition-ratesystem. Based on a position-sensitive photodiode,the technique is easily implemented, requires no nonlinearinterferometry, has a wide capture range, and is compatiblewith feed-forward techniques that can enable f_CEO stabilizationat loop bandwidths far exceeding those currentlyavailable to OPO combs.

Original language	English
Pages (from-to)	966-969
Number of pages	4
Journal	Optics Letters
Volume	41
Issue number	5
Early online date	21 Jan 2016
DOIs	https://doi.org/10.1364/OL.41.000966
Publication status	Published - 1 Mar 2016

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abstract = "By exploiting the correlation between changes in the wavelengthand the carrier-envelope offset frequency (f_CEO) ofthe signal pulses in a synchronously pumped opticalparametric oscillator, we show that f_CEO can be stabilizedindefinitely to a few megahertz in a 333 MHz repetition-ratesystem. Based on a position-sensitive photodiode,the technique is easily implemented, requires no nonlinearinterferometry, has a wide capture range, and is compatiblewith feed-forward techniques that can enable f_CEO stabilizationat loop bandwidths far exceeding those currentlyavailable to OPO combs.",

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AU - Reid, Derryck Telford

AU - Fleming, Melissa

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N2 - By exploiting the correlation between changes in the wavelengthand the carrier-envelope offset frequency (f_CEO) ofthe signal pulses in a synchronously pumped opticalparametric oscillator, we show that f_CEO can be stabilizedindefinitely to a few megahertz in a 333 MHz repetition-ratesystem. Based on a position-sensitive photodiode,the technique is easily implemented, requires no nonlinearinterferometry, has a wide capture range, and is compatiblewith feed-forward techniques that can enable f_CEO stabilizationat loop bandwidths far exceeding those currentlyavailable to OPO combs.

AB - By exploiting the correlation between changes in the wavelengthand the carrier-envelope offset frequency (f_CEO) ofthe signal pulses in a synchronously pumped opticalparametric oscillator, we show that f_CEO can be stabilizedindefinitely to a few megahertz in a 333 MHz repetition-ratesystem. Based on a position-sensitive photodiode,the technique is easily implemented, requires no nonlinearinterferometry, has a wide capture range, and is compatiblewith feed-forward techniques that can enable f_CEO stabilizationat loop bandwidths far exceeding those currentlyavailable to OPO combs.

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Carrier-envelope offset frequency stabilization in a femtosecond optical parametric oscillator without nonlinear interferometry

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