$\Omega_{bbb}\Omega_{bbb}\Omega_{bbb}$ tribaryons
H. Garcilazo, A. Valcarce

TL;DR
This paper investigates the potential existence of bound states formed by three $ ext{Ω}_{bbb}$ baryons using lattice QCD results and analyzes the effects of spin-independent and repulsive interactions on their stability.
Contribution
It provides a novel analysis of three $ ext{Ω}_{bbb}$ baryon bound states considering both baryonic and quark-level interactions based on recent lattice QCD data.
Findings
Bound states are possible in the three-body system.
Spin-independent interactions suggest stable tribaryons.
Repulsive effects at the quark level influence binding stability.
Abstract
We study the possible existence of bound states of three baryons. We consider only wave interactions and we start from recent lattice QCD results which give a strongly attractive potential between two baryons in the channel. We analyze different scenarios. At baryonic level, the interaction could be understood to be basically spin-independent, so that the two contributing channels, and , would have a very similar interaction. This baryonic analysis leads to the existence of bound states in the three-body system. At the quark level, repulsive effects would appear in the channel, making it more repulsive than the channel. We study the effect of such repulsion in terms of its range.
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