At the HL-LHC, first-generation leptoquarks decaying to right-handed neutrinos are discovered most efficiently through indirect t-channel production, reaching leptoquark masses of roughly 3 to 10 TeV when the new coupling is large.
Leptoquark Pair Production in Hadronic Interactions
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abstract
The scalar and vector leptoquark pair production cross sections in hadronic collisions are calculated. In a model independent analysis we consider the most general C and P conserving couplings of gluons to both scalar and vector leptoquarks described by an effective low--energy Lagangian which obeys SU(3)_c invariance. Analytrical expressions are derived for the differential and integral scattering cross sections including the case of anomalous vector leptoquark couplings, $\kappa_G$ and $\lambda_G$, to the gluon field. Numerical predictions are given for the kinematic range of the TEVATRON and LHC. The pair production cross sections are also calculated for the resolved photon contributions to $ep \rightarrow e \overline{\Phi} \Phi X$ at HERA and LEP $\otimes$ LHC, and for the process $\gamma \gamma \rightarrow \Phi \overline {\Phi}X$ at possible future $e^+e^-$ linear colliders and $\gamma \gamma$ colliders. Estimates of the search potential for scalar and vector leptoquarks at present and future high energy colliders are given.
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Right-handed neutrino production through first-generation leptoquarks
At the HL-LHC, first-generation leptoquarks decaying to right-handed neutrinos are discovered most efficiently through indirect t-channel production, reaching leptoquark masses of roughly 3 to 10 TeV when the new coupling is large.