Speaker
Description
We conduct a model-independent analysis for exotic colored scalars, such as leptoquarks and diquarks, naturally predicted by the E$_{6}$SSM at the LHC with a center-of-mass energy of 13TeV. This analysis focuses on their pair production and subsequent decay into $t \bar{t}\tau \bar{\tau}$ (for leptoquarks) and $t \bar{t} b \bar{b}$ (for diquarks) intermediate states. In the case of leptoquarks, we demonstrate that with the assumption of utilizing the entire luminosity of Run 2, a fully hadronic signal originating from this intermediate state can exhibit greater sensitivity compared to the established searches that rely on leptons in the final state. Furthermore, we illustrate that diquarks can be reconstructed by applying on-shell conditions when the $t \bar{t}$ pair decays semi-leptonically.
