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A team of researchers from ELI Beamlines (Czech Rep.) use analytical modeling and 3D computer simulations to investigate the evolution of radial profile of high-power laser pulse in a low-density plasma, which is relevant to the laser-driven acceleration of charged particles, devel...
In this work, a team of researchers from ELI Beamlines (Czech Rep.), Kansai Photon Science Institute (Japan), and TAE Technologies (USA) reveal that the wakefield, being excited by an ultrashort laser pulse in plasma, periodically reverses its polarity. As shown by the analytical m...
With the help of analytical modeling and large-scale computer simulations, a team of authors from Kansai Photon Science Institute (Japan) and ELI Beamlines (Czech Rep.) found novel physical realization of the relativistic mirror, the relativistic flying forcibly oscillating mirror....
A team of researchers from Kansai Photon Science Institute (Japan), ELI Beamlines (Czech Rep.), and Central Laser Facility (UK) proposed a method for observing the Lampa-Penrose-Terrell effect via optical probing of relativistic plasma singularities, according to a paper recently p...
Thorough understanding of ultra-intense laser-plasma interaction may enable new routes in fundamental research as well as a wide range of applications. However, this field of physics involves collective behavior of particles in self-consistent electromagnetic fields which is, in ge...
Traditionally, the process of performing numerical simulations consists of three separate steps: First, the input parameters (such as initial or boundary conditions) are specified, then the simulation is executed and finally, in order to determine the result, it is necessary to exp...
The goal of this project was to visualize data from Meteo France in Google Earth using several methods presented in the course. Meteo France provides publicly available weather data such as temperatures or atmospheric pressures at several locations. The work consists of the followi...
A team of researchers from ELI Beamlines (Czech Rep.) use analytical modeling and 3D computer simulations to investigate the evolution of radial profile of high-power laser pulse in a low-density plasma, which is relevant to the laser-driven acceleration of charged particles, devel...
In this work, a team of researchers from ELI Beamlines (Czech Rep.), Kansai Photon Science Institute (Japan), and TAE Technologies (USA) reveal that the wakefield, being excited by an ultrashort laser pulse in plasma, periodically reverses its polarity. As shown by the analytical m...
With the help of analytical modeling and large-scale computer simulations, a team of authors from Kansai Photon Science Institute (Japan) and ELI Beamlines (Czech Rep.) found novel physical realization of the relativistic mirror, the relativistic flying forcibly oscillating mirror....
A team of researchers from Kansai Photon Science Institute (Japan), ELI Beamlines (Czech Rep.), and Central Laser Facility (UK) proposed a method for observing the Lampa-Penrose-Terrell effect via optical probing of relativistic plasma singularities, according to a paper recently p...
Thorough understanding of ultra-intense laser-plasma interaction may enable new routes in fundamental research as well as a wide range of applications. However, this field of physics involves collective behavior of particles in self-consistent electromagnetic fields which is, in ge...
A team of researchers from ELI Beamlines (Czech Rep.) use analytical modeling and 3D computer simulations to investigate the evolution of radial profile of high-power laser pulse in a low-density plasma, which is relevant to the laser-driven acceleration of charged particles, devel...
Thorough understanding of ultra-intense laser-plasma interaction may enable new routes in fundamental research as well as a wide range of applications. However, this field of physics involves collective behavior of particles in self-consistent electromagnetic fields which is, in ge...
Traditionally, the process of performing numerical simulations consists of three separate steps: First, the input parameters (such as initial or boundary conditions) are specified, then the simulation is executed and finally, in order to determine the result, it is necessary to exp...
The goal of this project was to visualize data from Meteo France in Google Earth using several methods presented in the course. Meteo France provides publicly available weather data such as temperatures or atmospheric pressures at several locations. The work consists of the followi...
Thorough understanding of ultra-intense laser-plasma interaction may enable new routes in fundamental research as well as a wide range of applications. However, this field of physics involves collective behavior of particles in self-consistent electromagnetic fields which is, in ge...
Traditionally, the process of performing numerical simulations consists of three separate steps: First, the input parameters (such as initial or boundary conditions) are specified, then the simulation is executed and finally, in order to determine the result, it is necessary to exp...
The goal of this project was to visualize data from Meteo France in Google Earth using several methods presented in the course. Meteo France provides publicly available weather data such as temperatures or atmospheric pressures at several locations. The work consists of the followi...
A team of researchers from ELI Beamlines (Czech Rep.) use analytical modeling and 3D computer simulations to investigate the evolution of radial profile of high-power laser pulse in a low-density plasma, which is relevant to the laser-driven acceleration of charged particles, devel...