Speaker
Brendon Madison
(University of Kansas)
Description
Energy precision at the International Linear Collider (ILC) at 250 GeV is evaluated. To do so two difermion final states of $\mu^+\mu^-$ (dimuon), and $e^+e^-$ (Bhabha) are used. Beam dynamics are simulated using GuineaPig++ and event generation by KKMC for dimuons and BHWIDE for Bhabhas. A new Monte Carlo, GP2X, is written to convolve the beam dynamics with event generator output. The detector resolution is approximated with the ILD detector concept. In the analysis we investigate the energy precision of $\sqrt{s}$ as well as the energy spread of the beams.
Primary author
Brendon Madison
(University of Kansas)
Co-author
Graham Wilson
(University of Kansas)
