Gluon saturation: survival probability for leading neutrons in DIS
Eugene Levin (TelAviv Un/UTFSM), Sebastian Tapia (UTFSM)
TL;DR
This paper models the survival probability of leading neutrons in deep inelastic scattering, revealing it is small and decreases with energy, through solving proposed equations for rapidity gap processes.
Contribution
It introduces and solves new equations for the inclusive cross sections of leading neutrons in DIS, providing a theoretical calculation of survival probabilities.
Findings
Survival probability is small in DIS leading neutron processes.
Survival probability decreases as energy increases.
Theoretical framework for rapidity gap processes in DIS.
Abstract
In this paper we discuss the example of one rapidity gap process: the inclusive cross sections of the leading neutrons in deep inelastic scattering with protons (DIS). The equations for this process are proposed and solved, giving the example of theoretical calculation of the survival probability for one rapidity gap processes. It turns out that the value of the survival probability is small and it decreases with energy
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