Abstract
This article describes a search for leptoquark pair production and a right‐handed W in the cascade decay WR→lNl→lqlq in final states containing two leptons, additional jets and no missing transverse energy. Both final states with two electrons and two muons are studied. With a center of mass energy of s = 14 TeV leptoquarks with masses up to 500–600 GeV and the studied scenarios of left‐right symmetric models (LRSM) with WR masses up to 1800 GeV can be discovered with about 100 pb−1 [1].
Highlights
Two high pt same flavor leptons Two highly energetic jets No missing energy Basic selection Two isolated electrons or muons with pt>20 GeV,|η|
Decay into charged and neutral leptons in principle possible: β=Br(LQ→ql±) ⇒ Cross section for final state with two charged leptons reduced by β2 pair produced in the strong interaction ⇒ Large production cross section Invariant mass of lepton-jet pairs can be used to identify events
Final states with two high pt leptons and two highly energetic jets look very promising for early data searches
Summary
Two high pt same flavor leptons Two highly energetic jets No missing energy Basic selection Two isolated electrons or muons with pt>20 GeV,|η|
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
