At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electron bunches and an ultraintense laser pulses, generated by the SPARC photo-injector and by the FLAME laser in a synchronized fashion at the tens of f s level, to co-propagate inside a hydrogen filled glass capillary, in order to perform acceleration of the electron bunch by a plasma wave driven by the laser pulse. The main aim of this experiment is to demonstrate that a high brightness electron beam can be accelerated by a plasma wave without any significant degradation of its quality. Motivations of the technical choices made and expected performances are reported
Laser wake field acceleration is a technique that can be used to accelerate electrons using electric...
This thesis describes experiments involving laser-plasma-based acceleration of electrons and protons...
Beam-driven plasma wakefield acceleration using low-ionization-threshold gas such as Li is combined ...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electron...
At the SPARC_LAB facility of INFN-LNF we are installing two transport lines for ultra-short electron...
AbstractAt the SPARC_LAB facility of INFN-LNF we are installing two transport lines for ultra-short ...
At the SPARC_LAB facility of INFN-LNF we are installing a transport lines for ultra-short electron b...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electro...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electro...
Laser-driven plasma acceleration is now being considered world-wide as a promising technique for the...
In laser wakefield acceleration (LWA) a plasma wave is driven by a high intensity ultra short laser ...
The current activity of the SPARC_LAB test-facility is focused on the realization of plasma-based ac...
This thesis addresses two important topics in the field of laser-driven plasma accelerators. Firstly...
Plasma waves generated in the wake of intense, relativistic laser1,2 or particle beams3,4 can accele...
The plasma-based acceleration is an encouraging technique to overcome the limits of the accelerating...
Laser wake field acceleration is a technique that can be used to accelerate electrons using electric...
This thesis describes experiments involving laser-plasma-based acceleration of electrons and protons...
Beam-driven plasma wakefield acceleration using low-ionization-threshold gas such as Li is combined ...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electron...
At the SPARC_LAB facility of INFN-LNF we are installing two transport lines for ultra-short electron...
AbstractAt the SPARC_LAB facility of INFN-LNF we are installing two transport lines for ultra-short ...
At the SPARC_LAB facility of INFN-LNF we are installing a transport lines for ultra-short electron b...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electro...
At the SPARC LAB facility of INFN-LNF we are installing two transport lines for ultra-short electro...
Laser-driven plasma acceleration is now being considered world-wide as a promising technique for the...
In laser wakefield acceleration (LWA) a plasma wave is driven by a high intensity ultra short laser ...
The current activity of the SPARC_LAB test-facility is focused on the realization of plasma-based ac...
This thesis addresses two important topics in the field of laser-driven plasma accelerators. Firstly...
Plasma waves generated in the wake of intense, relativistic laser1,2 or particle beams3,4 can accele...
The plasma-based acceleration is an encouraging technique to overcome the limits of the accelerating...
Laser wake field acceleration is a technique that can be used to accelerate electrons using electric...
This thesis describes experiments involving laser-plasma-based acceleration of electrons and protons...
Beam-driven plasma wakefield acceleration using low-ionization-threshold gas such as Li is combined ...