Add to ORKGA fundamental treatment on beam physics is given in the first lecture on staged electron acceleration. The lecture gives Twiss parameters, emittances, transfer matrix formalism, and introduction applying for them in laser-plasma acceleration.Advanced Summer School on "Laser-Driven Sources of High Energy Particles and Radiation
These are the proceedings of the first (of three) lecturers delivered at the 50th course: Atoms and ...
The concepts of laser-plasma based accelerator and injector are discussed here. Recent tests done at...
These are the proceedings of the second (of three) lecturers delivered at the 54th course: Atoms and...
In the second course of the lecture I will give the recent review of staging laser wakefield acceler...
Many texts detailing the derivations and science of Wakefield Acceleration are aimed at graduate and...
Plasmas enable the creation of electric fields in excess of 10 GV/m for the purpose of charged parti...
Impressive progress has been made in the field of laser-plasma acceleration in the last decade, with...
The limits put by optical guiding, and channel guiding mechanisms on the Laser Wakefield Acceleratio...
Laser wake field acceleration (LWFA) is an efficient method to accelerate electron beams to high ene...
The accelerating fields in radio-frequency accelerators are limited to roughly 100 MV/m due to mater...
To date active research on laser-driven plasma-based accelerators have achieved great progress on pr...
These are the proceedings of the second (of three) lecturers delivered at the 50th course: Atoms and...
This dissertation explores the acceleration of electrons and associated production of radiation thro...
The dynamics of accelerated electrons in channel-guided LWFA is studied analytically and numerically...
The fundamental idea of LaserWakefield Acceleration (LWFA) is reviewed. An ultrafast intense laser p...
These are the proceedings of the first (of three) lecturers delivered at the 50th course: Atoms and ...
The concepts of laser-plasma based accelerator and injector are discussed here. Recent tests done at...
These are the proceedings of the second (of three) lecturers delivered at the 54th course: Atoms and...
In the second course of the lecture I will give the recent review of staging laser wakefield acceler...
Many texts detailing the derivations and science of Wakefield Acceleration are aimed at graduate and...
Plasmas enable the creation of electric fields in excess of 10 GV/m for the purpose of charged parti...
Impressive progress has been made in the field of laser-plasma acceleration in the last decade, with...
The limits put by optical guiding, and channel guiding mechanisms on the Laser Wakefield Acceleratio...
Laser wake field acceleration (LWFA) is an efficient method to accelerate electron beams to high ene...
The accelerating fields in radio-frequency accelerators are limited to roughly 100 MV/m due to mater...
To date active research on laser-driven plasma-based accelerators have achieved great progress on pr...
These are the proceedings of the second (of three) lecturers delivered at the 50th course: Atoms and...
This dissertation explores the acceleration of electrons and associated production of radiation thro...
The dynamics of accelerated electrons in channel-guided LWFA is studied analytically and numerically...
The fundamental idea of LaserWakefield Acceleration (LWFA) is reviewed. An ultrafast intense laser p...
These are the proceedings of the first (of three) lecturers delivered at the 50th course: Atoms and ...
The concepts of laser-plasma based accelerator and injector are discussed here. Recent tests done at...
These are the proceedings of the second (of three) lecturers delivered at the 54th course: Atoms and...