TL;DR
This paper investigates how unparticle physics could significantly enhance two-gluon jet production at the CERN LHC, affecting observable distributions depending on unparticle scale dimensions.
Contribution
It introduces the impact of unparticles on gluodynamics, highlighting potential large effects on jet production observables at high-energy colliders.
Findings
Unparticles can cause up to four orders of magnitude increase in cross sections.
Enhancements depend on the unparticle scale dimension.
Observable effects are significant for collider experiments.
Abstract
The virtual effects of unparticle physics on the two-gluon jets production are explored for CERN LHC. It is found that depending on the scale dimension, unparticles can give rise to substantial enhancements in the transverse momentum and pseudo-rapidity distributions of hadronic cross sections, up to a factor of four-orders of magnitude.
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