The hexaquark-flavoured antiK-N-N state computed microscopically with a clusterized octoquark

TL;DR

This paper microscopically investigates the antiK-N-N system using the RGM to understand its potential binding and decay properties, contributing to the understanding of hexaquark states in hadronic physics.

Contribution

It provides a microscopic derivation of antiK-N and N-N interactions and analyzes the binding and decay characteristics of the antiK-N-N system.

Findings

Possible binding of antiK-NN system identified

Decay widths of bound states discussed

Microscopic interactions derived using RGM

Abstract

The possible production processes of the antiK-NN are explored. We derive microscopically, with the RGM, the microscopic derivation of the K-N and antiK-N interactions. We discuss the binding or not binding of the different antiK-N and antiK-NN systems. When binding occurs, the respective decay widths are also discussed.