Angular and momentum asymmetry in particle production at high energies
A.V. Leonidov, D.M. Ostrovsky (Theoretical Department, P.N. Lebedev, Physical Institute, Moscow, Russia)
TL;DR
This paper investigates how angular and momentum asymmetries in particle pairs produced at high energies vary with particle momentum, revealing significant asymmetries at low momenta that decrease at higher momenta.
Contribution
It provides an analysis of angular and momentum asymmetries in high-energy particle production, highlighting their dependence on particle momentum.
Findings
Asymmetry is substantial at low momenta.
Asymmetry diminishes as particle momenta increase.
Results are relevant for understanding particle production mechanisms.
Abstract
Angular asymmetry and momentum disbalance for a pair of particles produced at high energy in central rapidity region are studied. The asymmetry is substantial for small momenta of produced particles but diminishes when they rise.
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