Single-stage few-cycle nonlinear compression of milliJoule energy Ti:Sa femtosecond pulses in a multipass cell

Louis Daniault; Zhao Cheng; Jaismeen Kaur; Jean-François Hergott; Fabrice Réau; Olivier Tcherbakoff; Nour Daher; Xavier Délen; Marc Hanna; Rodrigo Lopez-Martens

doi:10.1364/OL.442707

Optics Letters
Vol. 46,
Issue 20,
pp. 5264-5267
(2021)
•https://doi.org/10.1364/OL.442707

Single-stage few-cycle nonlinear compression of milliJoule energy Ti:Sa femtosecond pulses in a multipass cell

Louis Daniault, Zhao Cheng, Jaismeen Kaur, Jean-François Hergott, Fabrice Réau, Olivier Tcherbakoff, Nour Daher, Xavier Délen, Marc Hanna, and Rodrigo Lopez-Martens

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Louis Daniault, Zhao Cheng, Jaismeen Kaur, Jean-François Hergott, Fabrice Réau, Olivier Tcherbakoff, Nour Daher, Xavier Délen, Marc Hanna, and Rodrigo Lopez-Martens, "Single-stage few-cycle nonlinear compression of milliJoule energy Ti:Sa femtosecond pulses in a multipass cell," Opt. Lett. 46, 5264-5267 (2021)

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Abstract

We report on the nonlinear temporal compression of mJ energy pulses from a Ti:Sa chirped pulse amplifier system in a multipass cell filled with argon. The pulses are compressed from 30 fs down to 5.3 fs, corresponding to two optical cycles. The post-compressed beam exhibits excellent spatial quality and homogeneity. These results provide guidelines for optimizing the compressed pulse quality and further scaling of multipass-cell-based post-compression down to the single-cycle regime.

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Supplementary Material (3)

Name	Description
Visualization 1	On-axis temporal and spectral pulse profiles evolutions in the first pass of the multipass cell at 400 mbar. Self-steepening has little impact on the temporal pulse properties.
Visualization 2	On-axis temporal and spectral pulse profiles evolutions in the first pass of the multipass cell at 450 mbar. Self-steepening starts to slightly distort the temporal pulse properties.
Visualization 3	On-axis temporal and spectral pulse profiles evolutions in the first pass of the multipass cell at 500 mbar. Self-steepening strongly distorts the temporal pulse properties.

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Data underlying the results presented in this Letter are not publicly available at this time but may be obtained from the authors upon reasonable request.

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