Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances

The role of Rydberg autoionizing states in interfering one- and two-photon ionization paths is theoretically investigated in atomic Ar. The angularly resolved photoionization cross sections for each individual path is provided. By varying the relative optical phase between the two pulses the phase d...

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Main Authors: Roger Y. Bello, Vicent J. Borràs, Jesús González-Vázquez, Fernando Martín
Format: Article
Language:English
Published: American Physical Society 2022-10-01
Series:Physical Review Research
Online Access:http://doi.org/10.1103/PhysRevResearch.4.043028
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author Roger Y. Bello
Vicent J. Borràs
Jesús González-Vázquez
Fernando Martín
author_facet Roger Y. Bello
Vicent J. Borràs
Jesús González-Vázquez
Fernando Martín
author_sort Roger Y. Bello
collection DOAJ
description The role of Rydberg autoionizing states in interfering one- and two-photon ionization paths is theoretically investigated in atomic Ar. The angularly resolved photoionization cross sections for each individual path is provided. By varying the relative optical phase between the two pulses the phase difference between the two interfering paths is extracted. The retrieved phase difference and the photoelectron angular distributions exhibit a strong dependence on the photon energy in the vicinity of the resonant states. In contrast to previous results obtained in atomic Ne, the phase difference features a smooth dependence with photoelectron emission angle.
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spelling doaj.art-c921d71fae484cf39f4876e8f6c86d1e2024-04-12T17:25:16ZengAmerican Physical SocietyPhysical Review Research2643-15642022-10-014404302810.1103/PhysRevResearch.4.043028Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonancesRoger Y. BelloVicent J. BorràsJesús González-VázquezFernando MartínThe role of Rydberg autoionizing states in interfering one- and two-photon ionization paths is theoretically investigated in atomic Ar. The angularly resolved photoionization cross sections for each individual path is provided. By varying the relative optical phase between the two pulses the phase difference between the two interfering paths is extracted. The retrieved phase difference and the photoelectron angular distributions exhibit a strong dependence on the photon energy in the vicinity of the resonant states. In contrast to previous results obtained in atomic Ne, the phase difference features a smooth dependence with photoelectron emission angle.http://doi.org/10.1103/PhysRevResearch.4.043028
spellingShingle Roger Y. Bello
Vicent J. Borràs
Jesús González-Vázquez
Fernando Martín
Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
Physical Review Research
title Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
title_full Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
title_fullStr Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
title_full_unstemmed Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
title_short Electronic coherences in argon through interfering one- and two-photon ionization processes in the vicinity of Feshbach resonances
title_sort electronic coherences in argon through interfering one and two photon ionization processes in the vicinity of feshbach resonances
url http://doi.org/10.1103/PhysRevResearch.4.043028
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