Analysis demonstrates angular energy distribution of helical electron beams in near-critical dense plasma, suggesting improved acceleration techniques.
In recent research, researchers have generated the helical electron beam (HEB) by the interaction of an intense circularly polarised laser pulse and near-critical dense plasma (NCD). In this process, a new acceleration process of the trapped plasma electrons has been discovered, known as self-matching resonance acceleration (SMRA). In the SMRA region, the trapping and resonance process of the plasma electrons has been established, but this regime uses a lot of input power then to overcome this power, we have used a multi-pulse right circular polarised (RCP) laser pulse in a uniform NCD for the generation of the SMRA regime. During the comparison study of single RCP laser pulse-generated SMRA with two, four, and six RCP laser pulse-generated SMRA in NCD, we have studied the helical modulation of trapped plasma electrons and the corresponding angular distribution of energy of the generated HEB. For this study, we have adopted a particle-in-cell (PIC) simulation approach.
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Dhawan et al. (2026) studied this question.
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