SiD Monte Carlo Exercise 2020

Documentation & Tools

• Primer on ILC Physics and SiD Software Tools (2002.02399)
• Whizard Event Generation on Hepforge (Whizard)
• Delphes Fast Detector Simulation (Delphes)
• Delphes SiD Documentation on Hepforge (DSiD)
• Jetset, Jade and Durham Tools for e+e- in Root (Finders)
• Example Root Macros for Analysis (macro1.cc, macro2.cc)

SiD MC20 Signal

• 250 GeV CME, L=2x100ab-1, P=80/30
  • SM Single Higgs, Inclusive H [WS DR GL]
  • SM Single Higgs, H to Tau Pairs, Inclusive Tau [MH DR GL]
  • BSM Single Higgs, H to Invisible [WS DR GL]
• 350 GeV CME, L=2x100ab-1, P=80/30
  • SM Top Pair Inclusive Top [WS DR GL]
• 500 GeV CME, L=2x100ab-1, P=80/30
  • SM Single Higgs, Inclusive H [WS DR GL]
  • SM Double Higgs, Inclusive H [WS DR GL] (x1000)
• 1000 GeV CME, L=2x10^5 ab-1, P=80/30
  • SM Double Higgs, Inclusive H [WS DR GL]

SiD MC20 Signal & Background

• 250GeV CME, L=2x10ab-1, P=80/30 [WS DR GL]
• 350GeV CME, L=2x10ab-1, P=80/30 [WS DR GL]
• 500GeV CME, L=2x10ab-1, P=80/30 [WS DR GL]
• 1000GeV CME, L=2x10ab-1, P=80/20 [WS DR GL]

SiD DBD Signal & Background

• 250GeV CME, L=250fb-1, P=80/30 [WS DR GL]
• 350GeV CME, L=350fb-1, P=80/30 [WS DR GL]
• 500GeV CME, L=500fb-1, P=80/30 [WS DR GL]
• 1000GeV CME, L=1000fb-1, P=80/20 [WS DR GL]

1. WS=Whizard StdHep, MH=MG5_aMC@NLO HepMC, DR=Delphes Root, GL=Geant4 LCIO
2. Whizard 1.95/2.6.4 for DBD/MC20 and Delphes 3.4.2 with DSiD card.
3. With DBD files, you must use Event.Weight. Background processes are identified by Event.ProcessID.
4. wget --user=[username] --password='[password]' -r ftp://d131-170.uoregon.edu/sid/montecarlo2020/ilc250/delphes/2f1h_inv
5. Contact SiD Spokes Andy White (awhite@uta.edu) and Marcel Stanitzki (marcel.stanitzki@desy.de) to access files.
6. Contact Chris Potter (ctp@uoregon.edu) for comments or questions on the content of this page.