About: Carrier-envelope phase

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The carrier-envelope phase (CEP) or carrier-envelope offset (CEO) phase is an important feature of an ultrashort laser pulse and gains significance with decreasing pulse duration, in a regime where the pulse consists of a few wavelengths. Physical effects depending on the carrier-envelope phase fall into the category of highly nonlinear optics.

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  • Die Träger-Einhüllenden-Phase (TE-Phase, engl. carrier-envelope (offset) phase, CE-phase bzw. CEP, CEO-phase) ist eine Eigenschaft eines , die relevant wird, sobald dessen Dauer nur noch wenige Periodendauern beträgt. Die TE-Phase ist von Bedeutung bei der Erzeugung eines Frequenzkamms. Physikalische Effekte, die von der TE-Phase abhängen, fallen in den Bereich der „extremen nichtlinearen Optik“. (de)
  • The carrier-envelope phase (CEP) or carrier-envelope offset (CEO) phase is an important feature of an ultrashort laser pulse and gains significance with decreasing pulse duration, in a regime where the pulse consists of a few wavelengths. Physical effects depending on the carrier-envelope phase fall into the category of highly nonlinear optics. (en)
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  • Die Träger-Einhüllenden-Phase (TE-Phase, engl. carrier-envelope (offset) phase, CE-phase bzw. CEP, CEO-phase) ist eine Eigenschaft eines , die relevant wird, sobald dessen Dauer nur noch wenige Periodendauern beträgt. Die TE-Phase ist von Bedeutung bei der Erzeugung eines Frequenzkamms. Physikalische Effekte, die von der TE-Phase abhängen, fallen in den Bereich der „extremen nichtlinearen Optik“. (de)
  • The carrier-envelope phase (CEP) or carrier-envelope offset (CEO) phase is an important feature of an ultrashort laser pulse and gains significance with decreasing pulse duration, in a regime where the pulse consists of a few wavelengths. Physical effects depending on the carrier-envelope phase fall into the category of highly nonlinear optics. (en)
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  • Träger-Einhüllenden-Phase (de)
  • Carrier-envelope phase (en)
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