100 likes | 220 Views
This study investigates the performance of Staco and Muid algorithms for the reconstruction of Higgs boson decays, specifically analyzing the decay channel H → 4l. Utilizing a dataset of 4000 events from PythiaH130zz4l simulations, we examine the invariant mass distributions of combinations involving loose and medium electrons, as well as muons. We evaluate the effectiveness of different identification strategies for muons and electrons, and we present findings on the reconstructed Higgs mass from various lepton configurations, shedding light on algorithmic performance in particle physics.
E N D
H 2m1e Azeddine Kasmi Bob Kehoe Ana Firan
OUTLINE • Data Set trig1_misal1_csc11.005300.PythiaH130zz4l.recon.NTUP.v12000601_tid007180 • 4000 events of H 4l in 12.0.6 • A look at the Staco and Muid performances • Reconstructed invariant mass of 3 leptons in case of Loose electrons and Medium electrons • Reconstructed Higgs mass from 2 electrons and 2 muons
Muon ID Staco Muid Bad performance
M3l with 2 Medium electrons & 1 Staco Muons 1 Medium electrons & 2 Staco Muons M1e2mu M2e1mu
Loose electron vs Medium Electron Z Z Loose electron Medium electron Z* Z*
M3l with 2 Loose electrons & 1 Staco Muons 1 Loose electrons & 2 Staco Muons M1e2mu M2e1mu
Higgs Mass with 2 Loose electrons & 2 Staco Muons 2 loose electron & 2 muons 2 Medium electron & 2 muons