Atomic and molecular systems, subjected to intense laser pulse, emit typical High-Order Armonic Generation (HHG) spectra. This work aims to investigate the possibility to obtain a laser device by HHG. At this end, we analyzed the emission spectra by a molecular ion driven by a linearly polarized laser field. The temporal behaviour is obtained using the Morlet wavelets transform of emission. The results show that, after filtration of the electromagnetic radiation emitted, it is possible to select a frequency which seems to have almost constant intensity and phase. This characteristic makes possible that HHG from a molecule can be used as high frequency laser fields.
Castiglia, G., Corso, P., Daniele, R., Fiordilino, E., Frusteri, B., Morales, F. (2015). The table top high frequency lasing device. In Book of Abstracts, Ed. F. Seno and D. Valenti, University of Palermo, (poster).
The table top high frequency lasing device
CASTIGLIA, Giuseppe;CORSO, Pietro Paolo;DANIELE, Rosalba;FIORDILINO, Emilio;Frusteri, Biagio;MORALES, Francesca
2015-01-01
Abstract
Atomic and molecular systems, subjected to intense laser pulse, emit typical High-Order Armonic Generation (HHG) spectra. This work aims to investigate the possibility to obtain a laser device by HHG. At this end, we analyzed the emission spectra by a molecular ion driven by a linearly polarized laser field. The temporal behaviour is obtained using the Morlet wavelets transform of emission. The results show that, after filtration of the electromagnetic radiation emitted, it is possible to select a frequency which seems to have almost constant intensity and phase. This characteristic makes possible that HHG from a molecule can be used as high frequency laser fields.File | Dimensione | Formato | |
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