In near-circular high-frequency laser fields, single-photon ionization of aligned H2+ produces a photoelectron momentum offset angle tied to the two-center molecular Coulomb potential, a phenomenon absent in atoms and unexplained by existing analytical models.
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Single-photon ionization of H$_2^+$ in near-circular laser fields with lower photon energy
In near-circular high-frequency laser fields, single-photon ionization of aligned H2+ produces a photoelectron momentum offset angle tied to the two-center molecular Coulomb potential, a phenomenon absent in atoms and unexplained by existing analytical models.