Ponente
Max Klein
(University of Liverpool)
Descripción
The Large Hadron Electron Collider (LHeC) is a proposed facility that will exploit the LHC beams for electron-proton/nucleus scattering, using a new 60 GeV electron accelerator. Here we present the detector concept for the measurement of precision deep inelastic scattering phenomena, with the reconstruction of Higgs decay final states with maximum acceptance as benchmark. We also discuss the chosen technologies and the steps towards
simulating the LHeC detector response. Besides, we consider the possibilities for measurements of forward (p,n) and backward (e,$\gamma$) particle production as required for diffractive and precision DIS physics. Finally, in view of the proposal of the FCC at CERN, we include some preliminary considerations as to how a DIS detector could be built when exposed to a 50 TeV proton beam colliding off a $O(100)$ GeV electron beam.
Autor primario
Dr.
Néstor Armesto
(Universidade de Santiago de Compostela)
