Ramsey-like schemes have been recently introduced in combination with high-order laser harmonic sources for high-resolution spectroscopic studies in the extreme ultraviolet (XUV). Here we demonstrate a novel method, combining measurements only in a limited subset of randomly chosen time-sampling intervals, which lead us to perform the first high-resolution XUV spectroscopy of atomic argon with a simple split-pulse setup. Providing an experimentally simple and convenient solution to the problem of performing high-resolution absolute frequency measurements in the XUV, our approach will help paving new roads into this challenging spectral territory.

Method for high-resolution frequency measurements in the extreme ultraviolet regime: Random-sampling Ramsey spectroscopy / Eramo, Roberto; Cavalieri, Stefano; Corsi, Chiara; Liontos, Iannis; Bellini, Marco. - In: PHYSICAL REVIEW LETTERS. - ISSN 0031-9007. - STAMPA. - 106:(2011), pp. 213003-1-213003-4. [10.1103/PhysRevLett.106.213003]

Method for high-resolution frequency measurements in the extreme ultraviolet regime: Random-sampling Ramsey spectroscopy

ERAMO, ROBERTO;CAVALIERI, STEFANO;CORSI, CHIARA;
2011

Abstract

Ramsey-like schemes have been recently introduced in combination with high-order laser harmonic sources for high-resolution spectroscopic studies in the extreme ultraviolet (XUV). Here we demonstrate a novel method, combining measurements only in a limited subset of randomly chosen time-sampling intervals, which lead us to perform the first high-resolution XUV spectroscopy of atomic argon with a simple split-pulse setup. Providing an experimentally simple and convenient solution to the problem of performing high-resolution absolute frequency measurements in the XUV, our approach will help paving new roads into this challenging spectral territory.
2011
106
213003-1
213003-4
Eramo, Roberto; Cavalieri, Stefano; Corsi, Chiara; Liontos, Iannis; Bellini, Marco
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/505061
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