# On the possibility of revealing the transition of a baryon pair state to a six-quark confinement state

## TL;DR

This paper explores the potential for proton-proton collisions to produce a six-quark confinement state, proposing criteria for identifying such events and the formation of a dibaryon in high-energy physics.

## Contribution

It introduces specific conditions and criteria for detecting the transition of baryon pairs to a six-quark confinement state in proton-proton collisions.

## Key findings

- Proposes criteria for selecting central pp collision events.
- Suggests conditions under which a hexa-quark dibaryon can form.
- Identifies experimental signatures for dibaryon production.

## Abstract

Proton-proton collisions are considered to find favourable conditions for searching for the transition of a baryon pair state to a hexa-quark confinement state $(3q)+(3q)\rightarrow(6q)_\mathrm{cnf}$. It is admitted that central $pp$ collisions in a definite range of the initial energy can lead to creation of an intermediate compound system where the hexa-quark dibaryon can be formed. Criteria for selection of central collision events and for manifestation of the quark-structure dibaryon production are proposed.