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- W3100018483 abstract "For a circularly polarized single-color field at a central frequency of $2omega$ the final electron momentum distribution upon strong field ionization does not carry any information about the phase of the initial momentum distribution. Adding a weak, co-rotating, circularly polarized field at a central frequency of $omega$ gives rise to a sub-cycle interference pattern (holographic angular streaking of electrons (HASE)). This interference pattern allows for the retrieval of the derivative of the phase of the initial momentum distribution after tunneling $phi^{prime}_{mathrm{off}}(p_i)$. A trajectory-based semi-classical model (HASE model) is introduced which links the experimentally accessible quantities to $phi^{prime}_{mathrm{off}}(p_i)$. It is shown that a change in $phi^{prime}_{mathrm{off}}$ is equivalent to a displacement in position space $Delta x$ of the initial wave packet after tunneling. This offset in position space allows for an intuitive interpretation of the Wigner time delay $Delta tau_W$ in strong field ionization for circularly polarized single-color fields. The influence of Coulomb interaction after tunneling is investigated quantitatively." @default.
- W3100018483 created "2020-11-23" @default.
- W3100018483 creator A5052155298 @default.
- W3100018483 date "2020-08-13" @default.
- W3100018483 modified "2023-10-18" @default.
- W3100018483 title "Holographic angular streaking of electrons and the Wigner time delay" @default.
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- W3100018483 doi "https://doi.org/10.1103/physrevresearch.2.033248" @default.
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