Conveners:
Markus Klute, Krisztian Peters
Mandate/Job description:
Click here.
Group activities:
Go to this Twiki page for technical information about the group activities.
Workpackages:
Studies with the FCC software framework with a first detector implementation inside DELPHES. The main aims are to test the framework and to start the detector qualification (with a first focus on the signal reconstruction).
Proposed benchmarks and deliverables:
- Detector acceptance for decays with small BR or for studies where hermecity could be important, e.g.:
- H→4l
- BR(H→invisible)
- b and c-tagging efficiencies
- H→bb,cc,gg discrimination crucial for the FCC-ee physics programme
- Study both algorithm and detector design (impact parameter resolution)
- Tracking momentum resolution
- Study Z(μμ)H cross section and mH measurements as a function of the muon momentum resolution
- Similar study for the BR(H→μμ) measurement
- Jet energy resolution (dominated by angular resolution for events without significant missing mass)
- Study hadronic Higgs decay (H→bb, ZZ,...) measurements in ZH as a function of the jet angular resolution (CAL granularity)
- Study cross section (or total decay width) measurement accuracy of ννH(→bb) as function of jet energy resolution (CAL resolution)
- EM resolution
- Quantify Z(ee)H cross section and BR(H → γγ) measurement dependence on Ecal resolution and inner-detector material
- Study bremsstrahlung recovery algorithms
Mailing list for WG3: