* Set ALLOWWEBVIEW = HwidongYoo, kfc-dream, kfc-dream-adv
* Set ALLOWWEBCHANGE = Hwidong Yoo, kfc-dream, kfc-dream-adv

* KFC main twiki

Snowmass21 (https://www.snowmass21.org)

MC TF

  • Members: Hwidong Yoo (leader), Sanghyun Ko (co-leader), Minsoo Kim, Kyuyoung Hwang, Junewoo Park, Yunjae Lee, Sungwon Kim

Subteam

  • Preprocessing: validation (KY), Calibration (MS)
  • Subdetector integration: MTD (JW), ITS (TBD)
  • Event production: VV(V)/ttbar (YJ), tau/H2Zg(SW)

Workplan

  • MS: Calibration
Item expected time job slot sample used
Calibration sample production 3 weeks 100 20 GeV e-
Obtaining calibration constant 1 week - -
  • KY: EM and Hadron Energy resolution
Item expected time job slot
EM MC production 1 week 100slot in KISTI 5, 10, 20, 30, 50, 70, 90, 110 GeV
Hadron MC production 1 week 100slot in KISTI 5, 10, 20, 30, 50, 70, 90, 110 GeV
analysis 1 week - can be started after calibration

  • JW:
  • YJ: Jet Event Generation
  • SW:

MC production checklist

Mendatory Multi-jet H→Zγ τ
GEN-lv Matrix-element (H, Z, W, τ) kinematics (Pt, η, φ) Parton kinematics Fermion(Z→ff) & γ kinematics τ decay particle kinematics
Matrix-element particle mass Mono-boson invariant mass, Pt Z boson invariant mass, Pt τ invariant mass, Pt
MET kinematics Di-boson invariant mass, Pt H invariant mass, Pt τ branching fraction
      Final state lepton kinematics (leptonic channel)
      Kinematics with Fastjet clustering (hadronic channel)
SIM-lv Total energy deposit     Energy deposit with Fastjet clustering
MET kinematics      
RECO-lv S, C, DR energy     S, C energy with Fastjet clustering

Schedules

  • Kick-off miniworkshop: indico

Project 1: "Feasibility study of combining a MIP Timing Detector with the Dual-Readout Calorimeter at future e+e- colliders"

Project 2: "Fast optical photon transport at GEANT4 with Dual-Readout Calorimeter at future e+e- colliders"

Project 3: "Heavy flavour tagging using machine learning technique with silicon vertex detector and Dual-Readout Calorimeter at future e+e- colliders"

Project 4: "Sensitivity study of H->Zgamma with Dual-Readout Calorimeter at future e+e- colliders"

Project 5: "tau reconstruction and identification using machine learning technique with Dual-Readout Calorimeter at future e+e- colliders"

Project 6: "Dual-Readout Calorimeter for the future Electron-Ion Collider (EIC)"

Project 7: "Multi-object identification with Dual-Readout Calorimeter at future e+e- colliders"

-- HwidongYoo - 2020-09-07

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Topic revision: r8 - 2020-10-12 - SangHyunKo
 
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