Laser pulses can be efficiently compressed to femtosecond duration when a smaller-frequency short pulse collides with high frequency long pulse in rare plasma, absorbing most of its energy. The mechanism of short pulse amplification is nonlinear superradiance
Ultrashort pulses are very important in the research of high field physics. The scheme of extracavit...
The compression of a laser pulse by amplification of an ultra short pulse beam which seeds the stimu...
As lasers become progressively higher in power, optical damage thresholds will become a limiting fac...
Free-carrier plasma can be used as an effective nonlinear medium for pulse compression. In the backw...
Nowadays, ultra-short powerful light pulses are generated using the chirped-pulse am-plification CPA...
We propose a new method of compressing laser pulses to ultra-high powers based on spatially varying ...
The compression of a laser pulse by amplification of an ultra short pulse beam which seeds the stimu...
Recent developments in ultrashort (~ 30-50 fs) laser technology such as chirped pulse amplification ...
Optical pulse compression by the linear reflection of a laser pulse from a relativistically moving p...
This paper describes physics of nonlinear ultra-short laser pulse propagation affected by plasma cre...
The dynamics of three-dimensional (3D) compression of ultrashort intense laser pulses in plasma is i...
International audienceWe have measured the temporal shortening of an ultraintense laser pulse intera...
During interaction between intense laser pulses and nonlinear medium we often encounter nonlinear op...
Highly nonlinear wave propagation scenarios hold the potential to serve for energy concentration or ...
As lasers become progressively higher in power, optical damage thresholds will become a limiting fac...
Ultrashort pulses are very important in the research of high field physics. The scheme of extracavit...
The compression of a laser pulse by amplification of an ultra short pulse beam which seeds the stimu...
As lasers become progressively higher in power, optical damage thresholds will become a limiting fac...
Free-carrier plasma can be used as an effective nonlinear medium for pulse compression. In the backw...
Nowadays, ultra-short powerful light pulses are generated using the chirped-pulse am-plification CPA...
We propose a new method of compressing laser pulses to ultra-high powers based on spatially varying ...
The compression of a laser pulse by amplification of an ultra short pulse beam which seeds the stimu...
Recent developments in ultrashort (~ 30-50 fs) laser technology such as chirped pulse amplification ...
Optical pulse compression by the linear reflection of a laser pulse from a relativistically moving p...
This paper describes physics of nonlinear ultra-short laser pulse propagation affected by plasma cre...
The dynamics of three-dimensional (3D) compression of ultrashort intense laser pulses in plasma is i...
International audienceWe have measured the temporal shortening of an ultraintense laser pulse intera...
During interaction between intense laser pulses and nonlinear medium we often encounter nonlinear op...
Highly nonlinear wave propagation scenarios hold the potential to serve for energy concentration or ...
As lasers become progressively higher in power, optical damage thresholds will become a limiting fac...
Ultrashort pulses are very important in the research of high field physics. The scheme of extracavit...
The compression of a laser pulse by amplification of an ultra short pulse beam which seeds the stimu...
As lasers become progressively higher in power, optical damage thresholds will become a limiting fac...
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