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Abstract
Abstract This work utilizes the novel approach of the strongly intensive quantity Σ_FBto investigate the forward-backward multiplicity correlation in UrQMD simulated pp collisions at √s=13 TeV. Evidence of forward-backward correlation has been noted in UrQMD simulated pp collisions at different separation between the forward and backward pseudo-rapidity zones. The strongly intensive quantity Σ_FBhas been found to increase slowly with increasing the separation (η_gap) between the forward and backward pseudo-rapidity zones. Comparison of this analysis with PYTHIA tuned with Monash 2013 simulated values, EPOS3 simulated values and ALICE collaboration values (for minimum bias events) have also been presented.
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