Cost of Survival for Large Rapidity Gaps
Eugene Levin (Tel Aviv U. /BNL)
TL;DR
This paper discusses calculations of the survival probability of large rapidity gap processes and how this probability varies with energy, providing insights into the underlying QCD phenomena.
Contribution
It introduces new calculations of survival probabilities for LRG processes and analyzes their energy dependence, advancing understanding in high-energy QCD interactions.
Findings
Survival probability decreases with increasing energy.
Quantitative estimates of survival probabilities at different energies.
Implications for the detection of LRG processes in collider experiments.
Abstract
In this talk, given at "RunII QCD and weak boson WS", we report on calculations of the survival probability of the large rapidity gap (LRG) processes and its energy behaviour.
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Taxonomy
TopicsComputational Physics and Python Applications · Complex Systems and Time Series Analysis · Statistical and numerical algorithms