Color Evaporation Induced Rapidity Gaps
O.J.P. Eboli, E.M. Gregores, and F. Halzen
TL;DR
This paper demonstrates that soft color rearrangement can explain the occurrence of rapidity gaps between jets, with a parameter-free model matching experimental data from multiple collaborations.
Contribution
It introduces a color evaporation model that predicts rapidity gaps based solely on color multiplicity, without free parameters.
Findings
Model reproduces all experimental data from ZEUS, H1, D0, and CDF.
Probability of gap formation depends on color multiplicity.
No free parameters are needed in the model.
Abstract
We show that soft color rearrangement of final states can account for the appearance of rapidity gaps between jets. In the color evaporation model the probability to form a gap is simply determined by the color multiplicity of the final state. This model has no free parameters and reproduces all data obtained by the ZEUS, H1, D0, and CDF collaborations.
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