New results of the extreme multiplicity studies

TL;DR

This paper reports on extreme multiplicity studies in proton-proton interactions at 50 GeV, highlighting new multiplicity distributions, a novel track reconstruction algorithm, observation of ring events, and discussions on Bose-Einstein condensation detection.

Contribution

It introduces new multiplicity data at high energies, a refined track reconstruction method, and first-time observation of ring events in this context.

Findings

Preliminary multiplicity distributions for over 20 charged particles.

A new algorithm for track reconstruction in drift tube trackers.

First observation of ring events in pp interactions at high multiplicity.

Abstract

Extreme multiplicity studies at 50 GeV in pp interactions are discussed. Preliminary multiplicity distributions at U-70 (IHEP, Protvino) energy have been obtained for more than 20 charged particles. A new elaborated algorithm for the track reconstruction in a drift tube tracker and magnetic spectrometer, has been checked . The collective behavior of secondary particles is manifested in these interactions in the extreme multiplicity region. For the first time the ring events in pp interactions have been observed in this region. A possibility of detecting the Bose-Einstein condensation detection is discussed.