We present a robust, three-stage optical parametric amplifier driven by a Ti:Sapphire ultrafast laser system that implements passive carrier-envelope phase stabilization and directly generates five-cycle mid-IR pulses by dispersion compensation. The source is based on potassium titanyl arsenate crystals and exploits intra-pulse difference-frequency seed generation in the mid-IR. This source will be particularly suited for applications in strong-field physics, such as high order harmonic generation and photoelectron spectroscopy.
Tunable, few-cycle, CEP-stable mid-IR optical parametric amplifier for strong field applications
Facciala Davide;Crippa Gabriele;Ciriolo Anna G;Devetta Michele;Manzoni Cristian;Vozzi Caterina;Stagira Salvatore
2020
Abstract
We present a robust, three-stage optical parametric amplifier driven by a Ti:Sapphire ultrafast laser system that implements passive carrier-envelope phase stabilization and directly generates five-cycle mid-IR pulses by dispersion compensation. The source is based on potassium titanyl arsenate crystals and exploits intra-pulse difference-frequency seed generation in the mid-IR. This source will be particularly suited for applications in strong-field physics, such as high order harmonic generation and photoelectron spectroscopy.File in questo prodotto:
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Descrizione: Tunable, few-cycle, CEP-stable mid-IR optical parametric amplifier for strong field applications
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