Bright squeezed vacuum light enhances spider-like holographic structures in strong-field ionization of xenon by preserving coherence among electron trajectories emitted within the same subcycle intensity fluctuation.
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Strong-field ionization of atoms with bright squeezed vacuum light
Bright squeezed vacuum light enhances spider-like holographic structures in strong-field ionization of xenon by preserving coherence among electron trajectories emitted within the same subcycle intensity fluctuation.