Probing attosecond electron dynamics in atoms

Single isolated attosecond pulse is a new powerful tool for studying dynamics of correlated electron motion in pump-probe experiments [1]. Such pulses, as short as 67 attoseconds, can now be generated with the Double Optical Gating (DOG) method. The broadband XUV supercontinuum spectrum of the isola...

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Published inIEEE Photonics Conference 2012 pp. 622 - 623
Main Authors Chini, Michael, Xiaowei Wang, Yan Cheng, Yi Wu, Kun Zhao, Qi Zhang, Cunningham, Eric, Yang Wang, Huaping Zang, Zenghu Chang
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.09.2012
Subjects
Absorption
Delay
Laser excitation
Nonlinear optics
Oscillators
Pulse measurements
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Abstract Single isolated attosecond pulse is a new powerful tool for studying dynamics of correlated electron motion in pump-probe experiments [1]. Such pulses, as short as 67 attoseconds, can now be generated with the Double Optical Gating (DOG) method. The broadband XUV supercontinuum spectrum of the isolated attosecond pulse is particularly suitable for probing the time variation of the electronic states in transient absorption measurements.
AbstractList Single isolated attosecond pulse is a new powerful tool for studying dynamics of correlated electron motion in pump-probe experiments [1]. Such pulses, as short as 67 attoseconds, can now be generated with the Double Optical Gating (DOG) method. The broadband XUV supercontinuum spectrum of the isolated attosecond pulse is particularly suitable for probing the time variation of the electronic states in transient absorption measurements.
Author Huaping Zang
Zenghu Chang
Chini, Michael
Cunningham, Eric
Yi Wu
Yan Cheng
Qi Zhang
Kun Zhao
Yang Wang
Xiaowei Wang
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Snippet Single isolated attosecond pulse is a new powerful tool for studying dynamics of correlated electron motion in pump-probe experiments [1]. Such pulses, as...
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SubjectTerms Absorption
Delay
Laser excitation
Nonlinear optics
Oscillators
Pulse measurements
Title Probing attosecond electron dynamics in atoms
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