Upsilon Production In p-p Collisions at LHC
Leonard S. Kisslinger
TL;DR
This paper extends previous research on Upsilon meson production in proton-proton collisions at the LHC, providing predictions for 7.0 TeV energies based on earlier 2.76 TeV data.
Contribution
It offers new predictions for Upsilon production at 7.0 TeV, advancing understanding of quarkonium production at higher collision energies.
Findings
Predictions for Upsilon(nS) production at 7.0 TeV
Comparison with previous 2.76 TeV results
Insights into energy dependence of quarkonium production
Abstract
This is a continuation of recent studies of production at the LHC in p-p collisions. Our previous studies were for 2.76 TeV, while the present predictions are for 7.0 TeV collisions.
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