Production of W3KK boson (with different masses). It decays to a radion and Z0 boson. The radion decays to 2 gluons. Z boson decays to leptons. The files are created using MG5 with Pythia8 showering. The events are designed to study kinematics of events. Each file is created with a fixed mass of Gkk and radion, assuming that the mass of M(Gkk)>M(radion)+M(Z0). The mass for Gkk and radion is included as

pythia8_gkk2radion2gg_mkk[M1]_mr[M2]

where M1 is the mass of Gkk (in GeV), and M2 is the mass of radion (in GeV). 5000 events generated per file. Event record is slimmed to reduce the disk space.

References

• K.Agashe etc, https://arxiv.org/abs/1711.09920, Phys.Rev.D99, 075016 (2019)
• K.Agashe etc, https://arxiv.org/abs/1612.00047, JHEP05(2017) 078
• K.Agashe, etc. https://arxiv.org/abs/1809.07334, JHEP11(2018) 027

Parameters

MG5 LHE files are included. They contain parameters used for Pythia8. The files use the A14 ATLAS tune with NNPDF23_lo_as_0130_qed. All parameter settings are included in the logfiles inside separate the ProMC files. The cross sections reported by Pythia8 cannot be used for physics. You need to run a dedicated program to estimate the cross sections for these process. Width for Gkk and radion may not be reliably calculated by Pythia8.