Femtosecond pulse compression and adiabatic following in semiconductor amplifiers

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

We report on our studies of a plane-wave femtosecond pulse propagating in a semiconductor amplifier over long gain lengths. The overall conclusion for a plane-wave pulse is that, after initial linear amplification and saturation, the pulse undergoes strong intensity and spectral deformation before settling into a strongly compressed intense superluminal pulse undergoing adiabatic following (AF) with off-resonant noninverted states, well above the chemical potential.

Original languageEnglish (US)
Title of host publicationEuropean Quantum Electronics Conference - Technical Digest
PublisherIEEE
StatePublished - 1994
EventProceedings of the 5th European Quantum Electronics Conference - Amsterdam, Neth
Duration: Aug 28 1994Sep 2 1994

Other

OtherProceedings of the 5th European Quantum Electronics Conference
CityAmsterdam, Neth
Period8/28/949/2/94

Fingerprint

Pulse compression
Ultrashort pulses
Semiconductor materials
Chemical potential
Amplification

ASJC Scopus subject areas

  • Engineering(all)

Cite this

Femtosecond pulse compression and adiabatic following in semiconductor amplifiers. / Indik, Robert A; Moloney, Jerome V; Binder, Rudolf; Knorr, A.; Koch, Stephan W.

European Quantum Electronics Conference - Technical Digest. IEEE, 1994.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Indik, RA, Moloney, JV, Binder, R, Knorr, A & Koch, SW 1994, Femtosecond pulse compression and adiabatic following in semiconductor amplifiers. in European Quantum Electronics Conference - Technical Digest. IEEE, Proceedings of the 5th European Quantum Electronics Conference, Amsterdam, Neth, 8/28/94.
Indik RA, Moloney JV, Binder R, Knorr A, Koch SW. Femtosecond pulse compression and adiabatic following in semiconductor amplifiers. In European Quantum Electronics Conference - Technical Digest. IEEE. 1994
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abstract = "We report on our studies of a plane-wave femtosecond pulse propagating in a semiconductor amplifier over long gain lengths. The overall conclusion for a plane-wave pulse is that, after initial linear amplification and saturation, the pulse undergoes strong intensity and spectral deformation before settling into a strongly compressed intense superluminal pulse undergoing adiabatic following (AF) with off-resonant noninverted states, well above the chemical potential.",
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AU - Koch, Stephan W

PY - 1994

Y1 - 1994

N2 - We report on our studies of a plane-wave femtosecond pulse propagating in a semiconductor amplifier over long gain lengths. The overall conclusion for a plane-wave pulse is that, after initial linear amplification and saturation, the pulse undergoes strong intensity and spectral deformation before settling into a strongly compressed intense superluminal pulse undergoing adiabatic following (AF) with off-resonant noninverted states, well above the chemical potential.

AB - We report on our studies of a plane-wave femtosecond pulse propagating in a semiconductor amplifier over long gain lengths. The overall conclusion for a plane-wave pulse is that, after initial linear amplification and saturation, the pulse undergoes strong intensity and spectral deformation before settling into a strongly compressed intense superluminal pulse undergoing adiabatic following (AF) with off-resonant noninverted states, well above the chemical potential.

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