# Coherent dibaryons

## TL;DR

This paper discusses experimental evidence and theoretical models for coherent dibaryons, which are excitations in compressed nucleon systems potentially representing coherent states of quark oscillators, with implications for baryon matter phase transitions.

## Contribution

It introduces new models for the creation of coherent dibaryons and interprets experimental data as possible confirmation of these states.

## Key findings

- Evidence from EVA collaboration supports quark oscillator excitations.
- Models of coherent dibaryon creation are formulated.
- Hints of phase transitions in baryon matter are discussed.

## Abstract

There are encouraging evidences for registration of excitations of quark oscillator levels in compressed 2-nucleon systems, which were hidden in two independently published experimental works for many years. Data obtained by EVA collaboration can be considered as the third possible confirmation of this conjecture. Moreover, they drop hints about existence of coherent dibaryons which may be interpreted as usual or generalized coherent states of the oscillator. These data may also be an explicit example of a physical process described by Landau and Peierls in their reasoning concerning the energy-time uncertainty relation. Two models of the coherent dibaryon creation are formulated. Phase transitions of baryon matter in few-nucleon systems are discussed.