Quasi-diffraction production of white quark--gluon clusters at superhigh-energy hadron collisions

TL;DR

This paper proposes a collective phenomenon in superhigh-energy hadron collisions where multiple white quark-gluon clusters are produced quasi-diffractively, leading to fast, forward-moving particles.

Contribution

It introduces the concept of quasi-diffraction production of white quark-gluon clusters as a new collective effect in high-energy hadron collisions.

Findings

Identification of a possible collective effect in hadron collisions

Description of the formation of fast, forward-moving quark-gluon clusters

Implications for particle production mechanisms at superhigh energies

Abstract

We discuss a collective effect, which can be possible in hadron--hadron collisions at superhigh energies, that is, a quasi-diffraction production of several white clusters of quarks and gluons. Being transformed into hadrons, such clusters are sources of the fastest particles, which move forward nearly parallel to each other.