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FCC Week 2016

11–15 Apr 2016
Italy
Europe/Zurich timezone
There is a live webcast for this event.
Webcast: Only Plenary sessions on Monday and Friday, and the public event will be webcast

Session

FCC-hh Experiments and Detectors, 2nd session

Wed11
13 Apr 2016, 13:30
Italy

Italy

Crowne Plaza Hotel St. Peter's Via Aurelia Antica 415, 00165 Roma, Italy

Conveners

FCC-hh Experiments and Detectors, 2nd session

  • Karl Jakobs (Albert-Ludwigs-Universitaet Freiburg (DE))

Presentation materials

There are no materials yet.

  1. 380. Flavour tagging performance studies and geometry optimisation for the vertex detector at FCC-hh
    Estel Perez Codina (CERN)
    13/04/2016, 13:30
    Experiments and Detectors
    Oral
    This contribution describes the status of an ongoing effort to study the flavour tagging performance and optimise the vertex detector geometry of the FCC-hh detector. The beauty and charm tagging performances in proton-proton events are estimated using a full detector simulation based on Geant4. The simulation and reconstruction software chain used for this study was developed for linear...
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  2. 34. Simulation of a high-granular hadronic calorimeter for multi-TeV physics
    Sergei Chekanov (Argonne National Laboratory (US))
    13/04/2016, 13:50
    Experiments and Detectors
    Oral
    The emerging technology of high-granularity calorimeters help advance the identification and reconstruction of highly-boosted particles at the TeV scale, such as tau leptons, top quarks, Higgs and W/Z bosons. The performance of high-granularity calorimetry can be studied using fast and full detector simulations. This talk describes a software setup to perform such simulations, as well as...
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  3. 26. Minimum time integration calorimetry
    Dmitri Denisov (Fermi National Accelerator Lab. (US))
    13/04/2016, 14:10
    Experiments and Detectors
    Oral
    We present the results of the studies of the electromagnetic and hadronic shower developments with the goal to determine minimum charge integration window to preserve both the energy calibration and the resolution of a calorimeter. Integration time of only a few ns appears to be enough for the hadronic showers detection and even shorter times are adequate for the electromagnetic showers...
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  4. 327. Summary of CPAD detector workshop
    Ian Shipsey (University of Oxford (GB))
    13/04/2016, 14:30
    Experiments and Detectors
    Oral
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