Single Production of Fourth Family $t'$ Quarks at LHeC
O. Cakir, A. Senol, A. T. Tasci
TL;DR
This paper investigates the potential to produce and detect hypothetical fourth-family $t'$ quarks at the LHeC collider, analyzing signal and background to determine discovery prospects for masses up to 800 GeV.
Contribution
It provides a detailed analysis of single $t'$ quark production at LHeC, including cross section calculations and discovery potential for various masses and mixing parameters.
Findings
LHeC can discover $t'$ quarks up to 800 GeV
Signal and background cross sections are calculated for 300-800 GeV
Discovery potential depends on optimized mixing parameters
Abstract
We study the single production of fourth-family quarks via the process at Large Hadron electron Collider (LHeC). We calculate the background and signal cross sections for the mass range 300-800 GeV. It is shown that the LHeC can discover single quark up to the mass of 800 GeV for the optimized mixing parameters.
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