We report on a holographic probing technique that allows for measurement of free-electron distribution with fine spatial detail. Plasma is generated by focusing a femtosecond pulse in air. We also demonstrate the capability of the holographic technique of capturing the time evolution of the plasma-generation process. © 2004 Optical Society of America
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
In order to control the laser accelerated electron beam, the control of the plasma wave excited by a...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We report 'snapshots' of laser-generated plasma accelerator structures acquired by frequency domain ...
We present a holographic recording technique with 150 femtosecond time resolution. This technique al...
doi:10.3791/4033 (2012). Early plasma is generated owing to high intensity laser irradiation of targ...
We present a holographic recording technique with 150 femtosecond time resolution. This technique al...
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
In order to control the laser accelerated electron beam, the control of the plasma wave excited by a...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We report on a holographic probing technique that allows for measurement of free-electron distributi...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We have implemented a holographic system to study the propagation of femtosecond laser pulses with h...
We report 'snapshots' of laser-generated plasma accelerator structures acquired by frequency domain ...
We present a holographic recording technique with 150 femtosecond time resolution. This technique al...
doi:10.3791/4033 (2012). Early plasma is generated owing to high intensity laser irradiation of targ...
We present a holographic recording technique with 150 femtosecond time resolution. This technique al...
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
textAccurate single-shot visualization of laser wakefield structures can improve our fundamental und...
In order to control the laser accelerated electron beam, the control of the plasma wave excited by a...
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