3- and 4- body meson- nuclear clusters

TL;DR

This paper investigates the binding energies and matter distributions of specific meson-nuclear clusters, using Faddeev equations and folding models to analyze three- and four-body systems involving phi mesons and nucleons.

Contribution

It introduces a combined approach using Faddeev equations and folding models to study complex meson-nuclear systems, providing new insights into their structure and binding properties.

Findings

Calculated binding energies for 3-body systems

Determined matter distributions for the clusters

Applied folding model to 4-body system

Abstract

The binding energies and matter distributions for the 3- body systems like $\phi$- meson + 2N, 2$\phi$ + N and 4- body system like $\phi$+3n are calculated. For the 3- particle systems two- dimensional Faddeev equations in the differential form are used. For the 4- body system $\phi$+3n the folding model is applied.