Proton scattering on carbon nuclei in bichromatic laser field at moderate energies

TL;DR

This paper develops a general theoretical framework for proton scattering on carbon nuclei within a bichromatic laser field, specifically analyzing proton collisions at moderate energies in the presence of a high-intensity laser with harmonic components.

Contribution

It introduces a comprehensive theory for proton-nucleus scattering in bichromatic laser fields, including a case study at moderate energies with a specific laser configuration.

Findings

The theory models proton scattering in bichromatic laser environments.

Application to 49 MeV/amu proton collisions with carbon-12.

Analysis of laser field effects on scattering processes.

Abstract

We present the general theory for proton nuclei scattering in a bichromatic laser field. As a physical example we consider proton collision on carbon twelve at 49 MeV/amu moderate energies in the field of a titan sapphire laser with its second harmonic.