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Possible contributions of the CLIC study team to the ILC DBD

Possible contributions of the CLIC study team to the ILC DBD. Lucie Linssen, CERN http:// lcd.web.cern.ch /LCD/. “CLIC study team” and ILC DBD. Disclaimer: “CLIC study team” is not a formal entity. The detector studies for ILC and CLIC are largely overlapping.

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Possible contributions of the CLIC study team to the ILC DBD

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  1. Possible contributions of the CLIC study team to the ILC DBD Lucie Linssen, CERN http://lcd.web.cern.ch/LCD/

  2. “CLIC study team” and ILC DBD Disclaimer: “CLIC study team” is not a formal entity. The detector studies for ILC and CLIC are largely overlapping. Nevertheless, in the framework of the CLIC study quite some work was done for the CDR which is of potential interest for the DBD. We (speaking for the CERN LCD team) are interested to continue this type of work and contribute to the DBD. We guess the same holds for many other groups participating in the CLIC detector study. Some informal proposals on the next slide Note: Still to be negotiated in detail with the concept groups In collaboration with ILC_ILD and ILC_SiD groups already involved Your comments and suggestions are welcome !

  3. Informal proposal made to ILD JSB • Participation in engineering and integration studies • E.g. design, vibration and alignment aspects of the detector platforms, moveable service lines, general infrastructure aspects • Vibration measurements • Engineering/design parameters of the ILD solenoid and its return yoke. • Studies of muon identification and + yoke instrumentation layout • PFA jet energy resolution and HCAL leakage as a function of HCAL depth • Studies of particle ID for photons electrons and muons using PFO’s at 1 TeV • Studies of occupancies and radiation levels in the vertex and tracking detectors due to beam-induced background at 1 TeV • Participation in GRID production for the DBD using ILCDIRAC (within ILC common data sample subgroup) • Participation in 1 or 2 detector benchmark studies at 1 TeV

  4. Informal proposal made to SiD management • Participation in engineering and integration studies • Engineering studies on moveable service lines, general infrastructure aspects • Vibration measurements • Engineering/design parameters of the SiD solenoid and its return yoke • Studies of muon identification and + yoke instrumentation layout • PFA jet energy resolution and HCAL leakage as a function of HCAL depth • Studies of particle ID for photons electrons and muons using PFO’s at 1 TeV • Studies of occupancies and radiation levels in the vertex and tracking detectors due to beam-induced background at 1 TeV • Participation in GRID production for the DBD using ILCDIRAC (within ILC common data sample subgroup) • Participation in 1 or 2 detector benchmark studies at 1 TeV • Participation in DBD editing tasks (for ~2 chapters?) • Setting up and hosting an SVN repository for the editing process of the SiD DBD

  5. Physics potential for ILC + CLIC Call for contributions to the Physics chapter of the ILC DBD http://www.slac.stanford.edu/~mpeskin/PhysicsChapter.htmlTo contribute to the work, ILC convenors of the physics section of the DBD:  W and Z:          Tim Barklow (SLAC), Juergen Reuter (DESY)  e+e- -> 2 fermions:          YuanningGao (Tsinghua), Maxim Perelstein (Cornell)  top quark:          Andrei Nomerotski (Oxford), Andre Hoang (Vienna)  Standard Model Higgs:          Keisuke Fujii (KEK), Heather Logan (Carleton)  Extended Higgs sectors:          Klaus Desch (Bonn), Shinya Kanemura (Toyama) Supersymmetry and other new spectroscopy:          Jenny List (DESY), Howard Baer (Oklahoma)  Connection to cosmology:          Geraldine Servant (CERN), Tim Tait (Irvine) Similar to our CDR chapter 2 organisation, partly even the same people Common LC physics potential study in the future?

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