Circular RABBITT simulations on a model chiral molecule predict enhanced photoelectron circular dichroism and attosecond forward-backward time delays, strongest for counter-rotating XUV and IR fields.
(6) The anisotropy parameter β32 governs the forward- backward asymmetry of the time delay
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Attosecond-Resolved Photoionization Dynamics and Interference-Enhanced Photoelectron Circular Dichroism in Chiral Molecules
Circular RABBITT simulations on a model chiral molecule predict enhanced photoelectron circular dichroism and attosecond forward-backward time delays, strongest for counter-rotating XUV and IR fields.