Quantum-beat spectroscopy with sub-cm^-1 resolution identifies b4Sigma_g^- (v=3,4) as the dominant cationic state after strong-field ionization of O2, and reveals spin-orbit resolved X2Pi_g (v=3) coherences with a 264-nm probe.
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Rotational coherences in O$_2^+$ following strong-field ionization
Quantum-beat spectroscopy with sub-cm^-1 resolution identifies b4Sigma_g^- (v=3,4) as the dominant cationic state after strong-field ionization of O2, and reveals spin-orbit resolved X2Pi_g (v=3) coherences with a 264-nm probe.