Abstract:

A general overview of future contributions of Turkish group to CLIC related issues will be presented. Problems to be investigated on CLIC*LHC based ep, eA, γp and γA colliders including QCD Explorer on both machine and physics issues will be introduced (A.K.Çiftçi).

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CLIC*LHC based FEL*Nucleus collider can be used to study nuclear spectroscopy. Problems related to this machine will be argued for machine and physics issues after a short summary (Ö. Yavaş).

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Limitations on the main collider parameters from the beam dynamics affect the physics studies considerable in some cases. The beam energy spread, initial-state radiation and beamstrahlung will have effects on the production of new particles beyond the SM. Especially, resonance signatures are sensitive to the characteristics of the luminosity spectrum. Some of the benchmark physics processes are under study at CLIC high-energy frontier (O. Çakır).

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Jean-Pierre Delahaye presented extracts from a presentation by the International Technology Recommendation Panel (ITRP) given at the International High Energy Physics (IHEP) conference in Beijing today of the recommendation for a superconducting technology for a TeV Linear Collider (500 GeV in a first stage possibly upgradable up to 1 TeV).