Asymptotic effects in jet production at high energies
V.B. Gavrilov (ITEP, Moscow), V.T. Kim (PNPI, St. Petersburg), A.A., Krokhotin (ITEP, Moscow), G.B. Pivovarov (INR, Moscow), G.B. Safronov, (ITEP, Moscow)
TL;DR
This paper discusses the implementation of BFKL evolution in a Monte Carlo event generator, ULYSSES, aimed at detecting BFKL effects and potential new physics at LHC energies through dijet observables.
Contribution
It introduces a new Monte Carlo generator, ULYSSES, based on Pythia, with BFKL evolution to study high-energy jet production at the LHC.
Findings
ULYSSES successfully incorporates BFKL evolution.
Dijet K-factor as a BFKL observable at LHC.
Potential to discover new physics through jet analysis.
Abstract
Monte Carlo event simulation with BFKL evolution is discussed. We report current status of a Monte Carlo event generator ULYSSES with BFKL evolution implemented. The ULYSSES, based on Pythia Monte Carlo generator, would help to reveal BFKL effects at LHC energies. In particular, such an observable as dijet K-factor can serve as a source of BFKL dynamics at the LHC, and it would also help to search for new physics.
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Taxonomy
TopicsAdvanced Data Storage Technologies · Parallel Computing and Optimization Techniques · High-Energy Particle Collisions Research