A spectrally bright wavelength-switchable vacuum ultraviolet source driven by quantum coherence in strong-field-ionized molecules

Bo Xu; Fangbo Zhang; Jinming Chen; Jinping Yao; Lingling Qiao; Ya Cheng; Yuexin Wan; Zhaoxiang Liu; Zhihao Zhang

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A spectrally bright wavelength-switchable vacuum ultraviolet source driven by quantum coherence in strong-field-ionized molecules

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arxiv 2007.11900 v1 pith:J4OQD22R submitted 2020-07-23 physics.optics physics.atom-ph

Yuexin Wan , Zhaoxiang Liu , Jinping Yao , Bo Xu , Jinming Chen , Fangbo Zhang , Zhihao Zhang , Lingling Qiao

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Ya Cheng

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classification physics.opticsphysics.atom-ph

keywords brightcoherencedrivenmoleculespolarizationquantumsourcespectrally

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We report generation of spectrally bright vacuum ultraviolet (VUV) and deep UV (DUV) coherent radiations driven by quantum coherence in tunnel-ionized carbon monoxide (CO) molecules. Our technique allows us to switch between multiple wavelengths provided by the abundant energy levels of molecular ions. The DUV/VUV sources can have arbitrary polarization states by manipulating the pump laser polarization. The superior temporal and spectral properties of the developed source give rise to a broadband Raman comb in the DUV/VUV region.

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