Stability of multiquarks in an improved flip-flop model of confinement
J. Vijande, A. Valcarce, J.-M. Richard
TL;DR
This paper reviews recent research on a string-based confinement model in QCD, focusing on the stability of various exotic multiquark configurations through detailed few-body problem analysis.
Contribution
It introduces an improved flip-flop string model for confinement and applies it to analyze the stability of complex multiquark states.
Findings
Analysis of stability for tetraquarks and pentaquarks
Application of the flip-flop model to multiquark systems
Insights into confinement mechanisms in exotic hadrons
Abstract
We review some recent studies on the string model of confinement inspired by the strong-coupling regime of QCD and its application to exotic multiquark configurations. This includes two quarks and two antiquarks, four quarks and one antiquark, six quarks, and three quarks and three antiquarks with a careful treatment of the corresponding few-body problem.
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