Channeling in overdense plasma by relativistic laser pulse is investigated. The critical laser power needed to maintain a plasma channel as well as the mode profiles of the electromagnetic fields in the channel cross section are obtained analytically. A scaling law showing that the critical power is proportional to the square of the background plasma density is found
The propagation of a 1-ps laser pulse at intensities exceeding 1019 Wcm−2 in a low-density plasma ...
International audienceEvidence for self-channeling of a relativistically intense laser pulse in an u...
© Published under licence by IOP Publishing Ltd. We perform relativistic-intensity laser experiments...
We report an experimental observation suggesting plasma channel formation by focusing a relativistic...
This thesis studies the propagation of high intensity lasers through underdense plasmas and the sub...
An on-axis plasma density depression channel was observed during and after the passage of a relativi...
We experimentally studied relativistic laser propagation in preplasmas at the highest powers ever at...
Channeling experiments were performed at the OMEGA EP facility using relativistic intensity ( > 10 1...
Four spatialkpectral imaging diagnostics show relativistic self-channeling of a 25 TW, 1 ps laser pu...
This contribution is concerned with the nonlinear behavior of a relativistic laser pulse focused in ...
Abstract. We experimentally studied relativistic laser propagation in preplasmas at the highest powe...
Guiding of relativistically intense (>1018¿¿W/cm2) laser pulses over more than 10 diffraction len...
We investigated a dynamic procedure for relativistic channeling by a linearly polarized ultraintense...
Relativistic channels are generated in an under-dense plasma by means of subpicosecond laser pulses....
A high-power (10 TW) laser is employed to generate relativistic channels in an underdense plasma. Th...
The propagation of a 1-ps laser pulse at intensities exceeding 1019 Wcm−2 in a low-density plasma ...
International audienceEvidence for self-channeling of a relativistically intense laser pulse in an u...
© Published under licence by IOP Publishing Ltd. We perform relativistic-intensity laser experiments...
We report an experimental observation suggesting plasma channel formation by focusing a relativistic...
This thesis studies the propagation of high intensity lasers through underdense plasmas and the sub...
An on-axis plasma density depression channel was observed during and after the passage of a relativi...
We experimentally studied relativistic laser propagation in preplasmas at the highest powers ever at...
Channeling experiments were performed at the OMEGA EP facility using relativistic intensity ( > 10 1...
Four spatialkpectral imaging diagnostics show relativistic self-channeling of a 25 TW, 1 ps laser pu...
This contribution is concerned with the nonlinear behavior of a relativistic laser pulse focused in ...
Abstract. We experimentally studied relativistic laser propagation in preplasmas at the highest powe...
Guiding of relativistically intense (>1018¿¿W/cm2) laser pulses over more than 10 diffraction len...
We investigated a dynamic procedure for relativistic channeling by a linearly polarized ultraintense...
Relativistic channels are generated in an under-dense plasma by means of subpicosecond laser pulses....
A high-power (10 TW) laser is employed to generate relativistic channels in an underdense plasma. Th...
The propagation of a 1-ps laser pulse at intensities exceeding 1019 Wcm−2 in a low-density plasma ...
International audienceEvidence for self-channeling of a relativistically intense laser pulse in an u...
© Published under licence by IOP Publishing Ltd. We perform relativistic-intensity laser experiments...
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