Experimental Investigation of laser driven proton bunching with plastic foil targets

D. Batani; A. Milani; G. Malka; D. Mancelli; H. Larreur; D. Molloy; K. Batani; Bing Liu; Dong Ao; Wei Kang; S. Pikuz; A. Martynenko; A. Aliverdiev; T. Pikuz; N. Borisenko; G. Giuntelli; Y. Fukuda; T. Hayakawa; A. Yogo; Z. Lan; Y. Arikawa; A. Morace

doi:10.1017/hpl.2026.10184

Key Points

To investigate the process of proton bunching driven by laser interactions with plastic foil targets.
Utilized laser systems to generate proton beams and assess their bunching characteristics.
Employed plastic foil targets for proton generation and studied the interaction dynamics.
Analyzed data from various laser intensities and target thicknesses to understand proton behavior.
Demonstrated effective proton bunching at specific laser intensities and target configurations.
Achieved significant increases in proton beam quality, enhancing acceleration potential.
Revealed insights into the underlying physical mechanisms governing proton dynamics with foil targets.

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Implication

This experimental investigation explores the effects of laser-driven proton bunching using plastic foil targets, indicating potential advancements in acceleration techniques.

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Cite This Study

Batani et al. (2026) studied this question.

synapsesocial.com/papers/6a630062395161722cd1560b https://doi.org/10.1017/hpl.2026.10184

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Experimental Investigation of laser driven proton bunching with plastic foil targets

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Experimental Investigation of laser driven proton bunching with plastic foil targets

Key Points

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Implication

Abstract

Discussion

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