Few-cycle, carrier–envelope-phase-stable laser pulses from a compact supercontinuum source
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We report on a few-cycle, carrier–envelope-phase-stable laser source based on supercontinuum generation driven by an amplified Er:fiber-based system. Laser pulses from an Er:fiber oscillator are amplified, and these amplified pulses generate a stable supercontinuum in a highly nonlinear optical fiber. The short- and long-wavelength tails of this continuum are used in an 𝑓-to-2𝑓 interferometer to stabilize the carrier–envelope phase (CEP) of the Er:fiber oscillator via an acousto-optic modulator. Compressing the central part of the continuum, we generate a train of CEP-stabilized laser pulses with a central wavelength of 1170 nm, duration of 9.1 fs (∼2.3 optical cycles), and repetition rate of 78.4 MHz. Characterizing the CEP stability of our output pulse train with an out-of-loop 𝑓-to-2𝑓 interferometer, we find a phase jitter of only 157.4 mrad when integrating the radiofrequency spectrum from 5 mHz to 5 MHz.
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PUTNAM, William P., Phillip D. KEATHLEY, Jonathan A. COX, Andreas LIEHL, Alfred LEITENSTORFER, Franz X. KÄRTNER, 2019. Few-cycle, carrier–envelope-phase-stable laser pulses from a compact supercontinuum source. In: Journal of the Optical Society of America B. 2019, 36(2), pp. A93-A97. ISSN 0740-3224. eISSN 1520-8540. Available under: doi: 10.1364/JOSAB.36.000A93BibTex
@article{Putnam2019-02-01Fewcy-45011, year={2019}, doi={10.1364/JOSAB.36.000A93}, title={Few-cycle, carrier–envelope-phase-stable laser pulses from a compact supercontinuum source}, number={2}, volume={36}, issn={0740-3224}, journal={Journal of the Optical Society of America B}, pages={A93--A97}, author={Putnam, William P. and Keathley, Phillip D. and Cox, Jonathan A. and Liehl, Andreas and Leitenstorfer, Alfred and Kärtner, Franz X.} }
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