Add to ORKGThe authors discuss photon correlation effects in electron-atom collisions occurring in the presence of strong chaotic laser fields. In particular, they analyze the influence of the laser bandwidth on the scattering cross section and study the enhancement factor between the chaotic field cross section and that corresponding to a purely coherent field.SCOPUS: bk.binfo:eu-repo/semantics/publishe
Electron-ion-collisions in plasmas in the presence of an ultra-short intensive laser pulse can cause...
In this project, we present a novel approach to calculate and engineer the photon correlations emerg...
Relativistic effects arise when atoms interact with ultra-strong laser fields. Such effects are expe...
The dynamical behavior of an atom interacting with a coherent field and a chaotic field is studied. ...
The dynamical behavior of an atom interacting with a coherent field and a chaotic field is studied. ...
A problem of modification of an induced radiation spectrum in super strong laser field has not attra...
This talk examines two distinct cases in strong optical fields where electron correlation plays an i...
Abstract. This talk examines two distinct cases in strong opbical fields where electron correlation ...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
The role of electron correlations in nonresonant multiphoton pro-cesses of atoms is presented. The e...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
We study the effects of arbitrary laser pulse excitations on quantum correlation, entanglement, and ...
In the realm of laser-plasma interactions, if the laser intensity is strong enough, quantum effects ...
In this work the influence of radiation reaction on the interaction of an electron bunch with a stro...
Electron-ion-collisions in plasmas in the presence of an ultra-short intensive laser pulse can cause...
In this project, we present a novel approach to calculate and engineer the photon correlations emerg...
Relativistic effects arise when atoms interact with ultra-strong laser fields. Such effects are expe...
The dynamical behavior of an atom interacting with a coherent field and a chaotic field is studied. ...
The dynamical behavior of an atom interacting with a coherent field and a chaotic field is studied. ...
A problem of modification of an induced radiation spectrum in super strong laser field has not attra...
This talk examines two distinct cases in strong optical fields where electron correlation plays an i...
Abstract. This talk examines two distinct cases in strong opbical fields where electron correlation ...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
The role of electron correlations in nonresonant multiphoton pro-cesses of atoms is presented. The e...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
Resonance fluorescence is treated as a collision process where incident laser photons are scattered ...
We study the effects of arbitrary laser pulse excitations on quantum correlation, entanglement, and ...
In the realm of laser-plasma interactions, if the laser intensity is strong enough, quantum effects ...
In this work the influence of radiation reaction on the interaction of an electron bunch with a stro...
Electron-ion-collisions in plasmas in the presence of an ultra-short intensive laser pulse can cause...
In this project, we present a novel approach to calculate and engineer the photon correlations emerg...
Relativistic effects arise when atoms interact with ultra-strong laser fields. Such effects are expe...